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Prusa MK4S to CORE One+ (Gen 2) Conversion Kit

2026-09-30T22:00:00+00:00

The Prusa MK4S to CORE One+ (Gen 2) Conversion Kit upgrades an existing Original Prusa MK4S into a fully enclosed CoreXY 3D printer — the Prusa CORE One+ (Gen 2). The kit includes the complete steel exoskeleton, CoreXY motion system, revised Gen 2 heatbed mounting system and all small parts required for the conversion. Key MK4S assemblies such as the Nextruder, electronics, print sheets and hotend are retained and reused. Reuse of existing MK4S components The CORE One+ deliberately shares many components with the MK4S. Print sheets, the hotend and nozzles, the Nextruder assembly, electronics and display (newer xLCD version) are reused directly. This is what makes the conversion possible in the first place and also means that existing accessories can continue to be used. ► Compatibility check before purchase: The kit is compatible exclusively with the Original Prusa MK4S and is designed for the newer xLCD electronics revision. Owners of the older xLCD version will require additional components and should check this in advance. The silver power supply is not compatible with the conversion kit and may need to be replaced. Fully enclosed CoreXY architecture Instead of moving the heavy print bed as on the MK4S, the CORE One+ uses a lightweight printhead driven by a CoreXY motion system. This enables significantly higher speeds without compromising print quality. Input Shaper compensates for vibrations, while travel speeds of up to 600 mm/s are possible. The all-steel exoskeleton is not simply an enclosure; it also contributes structurally to the rigidity of the machine. Actively heated chamber for demanding materials The compact print chamber quickly reaches temperatures of up to 55 °C. This makes it possible to print materials such as ASA, ABS, PC, nylon and carbon fibre-reinforced filaments with a reduced risk of corner lifting or delamination. Active temperature control also ensures that PLA can be printed reliably with the door closed. Automatic ventilation control — new in Gen 2 The extruder automatically opens the chamber ventilation when printing lower-temperature materials such as PLA or PETG and closes it again for high-temperature materials. Revised heatbed mounting system The redesigned Gen 2 heatbed mounting system eliminates the separate heating or burn-in waiting period required on earlier versions and supports bed temperatures of up to 85 °C. This reduces the preparation time before printing begins. Easier loading of flexible filaments A redesigned filament entry point makes loading TPU and other flexible materials considerably easier. Combined with the new bayonet-style spool holder, which accommodates different spool sizes and is prepared for direct connection to a dry box, this makes overall filament handling more convenient. Finer surface quality with GT1.5 belts and nozzle wiper New GT1.5 belts contribute to finer surface quality, while an integrated nozzle wiper ensures a clean nozzle at the start of every print. Both components form part of the Gen 2 revision compared with the original CORE One generation. Up-to-date firmware from the outset After the conversion, the machine benefits from all firmware improvements developed throughout the lifetime of the CORE One from the first power-up. There is therefore no need to manually update through multiple firmware generations. Additional features: converts an existing MK4S instead of requiring the purchase of a second printer, fully enclosed, actively heated CoreXY steel enclosure, chamber temperature up to 55 °C, bed temperature up to 85 °C, automatic ventilation control depending on material type, travel speeds of up to 600 mm/s thanks to CoreXY and Input Shaper, new bayonet-style spool holder, prepared for dry box connection, easier loading of flexible filaments such as TPU, around 50% less space required than an enclosed MK4S, reuses MK4S print sheets, hotend, Nextruder and electronics. Included: 1 x steel exoskeleton enclosure incl. panels 1 x CoreXY motion system with GT1.5 belts and idler pulleys 1 x revised Gen 2 heatbed mounting system 1 x nozzle wiper incl. automatic ventilation mechanism 1 x bayonet-style spool holder wiring, screws and additional mounting hardware 1 x step-by-step assembly guide Technical specifications: Compatibility Original Prusa MK4S only xLCD requirement newer xLCD revision (older version: additional components required) Power supply information silver power supply not compatible Build volume 250 x 220 x 270 mm Chamber temperature up to 55 °C, actively controlled Bed temperature up to 85 °C Travel speed up to 600 mm/s Kinematics CoreXY with Input Shaper Material compatibility PLA, PETG, ASA, ABS, PC, PA (nylon), carbon fibre-reinforced filaments Required tools standard Prusa tool set (Allen and Torx keys, pliers) – not included

Snapmaker Liber™ High Flow Hotend by Phaetus

2026-09-30T22:00:00+00:00

The Phaetus Liber™ High Flow Hotend is a high-flow hotend developed specifically for the Snapmaker U1. With an optimised melt channel, a precision-machined titanium heat bridge and a hardened, DLC-coated steel nozzle, it increases volumetric flow by up to 87% compared with the U1's standard stainless-steel hotend, while maintaining the same power consumption. Split-channel melt structure for higher throughput The Liber™ hotend uses a split-channel structure in the melt zone to optimise the filament path and reduce heat loss. Compared with the standard hotend, volumetric flow increases by up to 87% with ABS, 66% with PLA and 43% with PETG HF. Hardened steel with DLC coating The nozzle is made from hardened steel with an additional DLC coating, giving it a surface hardness of around HV 2000, while the base material itself measures approximately HV 725–780. By comparison, the U1's standard stainless-steel nozzle is rated at around HV 170–210. This makes the Liber hotend significantly more resistant to wear from abrasive filaments. Precision-machined heat bridge to reduce clogging The titanium-alloy heat bridge is precision-machined and has an internal channel roughness of Ra ≤ 0.2 µm. Smoother inner walls reduce filament adhesion and residue build-up, helping to ensure more consistent and reliable filament flow. Micrometre-level manufacturing tolerances also provide precise component interfaces and minimise the risk of material leakage at the joints. Reliable quality even at high speeds Compared with other high-flow hotends, the Liber™ hotend delivers reduced stringing, cleaner overhangs and bridges, and more consistent surface quality, even at high print speeds. ► Filament compatibility The Liber hotend is compatible with a wide range of filaments, including standard and effect PLA grades, PETG (including HF and Translucent), ABS, ASA, PC, as well as carbon- and glass fibre-reinforced materials such as PLA-CF, ASA-CF, PA6-CF/GF and PAHT-CF. When switching from filaments with print temperatures above 250 °C to more temperature-sensitive materials such as PLA or PETG, the heat bridge must be cleaned. Carbon- and glass fibre-reinforced filaments, as well as wood-filled PLA and TPU, are compatible but are not specifically recommended due to the potential risk of clogging or inconsistent feeding. Installation Guide on Phaetus Wiki Included: 1 x 0.4 mm hotend assembly (incl. thermistor) 2 x M3x12 screws Technical specifications: Compatible device Snapmaker U1 Maximum volumetric flow 55 mm³/s Heat bridge material Titanium alloy Product dimensions 48 x 26.5 x 15 mm Nozzle material Hardened steel + DLC coating Print temperature up to 300 °C Weight 24 g Note: The nozzle can reach temperatures of up to 300 °C. Installation, nozzle changes and cleaning of the heat bridge must only be carried out once the hotend has cooled down. The U1 does not currently support different nozzle diameters within the same print job; all toolheads used must therefore be fitted with hotends of the same nozzle diameter.

eufyMake UV Purifier P1

2026-09-28T22:00:00+00:00

The eufyMake Purifier P1 is an air purifier developed specifically for use with the eufyMake E1 UV printer. Unlike conventional room air purifiers designed for pollen, dust or pet hair, the P1 is specifically intended to capture the total volatile organic compounds (TVOCs) and fine particulate matter generated during UV printing. Two-stage filtration for UV printing emissions Filtration begins with a HEPA 13 filter that captures 99.99% of PM2.5 particles. This is followed by a multi-layer, high-density activated carbon filter designed specifically for compounds associated with UV inks rather than general household odours, as is typically the case with standard carbon filters. Six carbon layers with a large contact area The activated carbon block consists of six layers of highly compacted, modified activated carbon with a total weight of 2.4 kg and a contact area of 8.4 m². Air is actively forced through the dense carbon layer rather than simply passing loosely around it, as with standard granular filters. This is designed to capture more TVOC molecules before the cleaned air is returned to the room. Four operating modes from quiet to powerful The P1 offers four operating modes: Silent, Standard, Strong and Auto. Noise levels are around 45 dB in Silent mode, 50 dB in Standard mode and 55 dB in Strong mode. Even at the highest manual setting, the unit remains below the volume of a typical conversation, making it suitable for use in busier environments such as exhibition stands. Automatic adjustment to printing activity In Auto mode, the Purifier P1 connects to the eufyMake E1 and adjusts its filtration performance to match the current printing activity. This means there is no need to manually change the purification level when a print job starts or finishes. Monitor filter life in the app Filter usage is tracked internally and displayed as a percentage in the eufyMake app. This makes it easier to order a replacement filter in good time before filtration performance begins to decline, rather than relying on fixed replacement intervals or odour as an indicator. Included: 1 x eufyMake Air Purifier P1 Technical specifications: Compatibility eufyMake E1 UV printer Dimensions 320 x 386 x 456 mm Weight 11.1 kg Filter type HEPA 13 + 6-layer activated carbon filter Activated carbon quantity 2.4 kg Activated carbon contact area 8.4 m² PM2.5 filtration 99.99% TVOC filtration 99.54% Operating modes Silent, Standard, Strong, Auto Noise level approx. 45–55 dB depending on mode Control eufyMake app with filter life display

3DJAKE easyPETG Tough & Spooky Halloween Bundle

2026-10-06T22:00:00+00:00

Some monsters are not just scary, they are built to last. The 3DJake easyPETG Tough & Spooky Halloween Bundle lets you print Halloween decorations and props that can handle more than one night of fright. Maybe even next year’s spooky season too? Matt Black for crows, spiders and wrought-iron cemetery gates. Matt Orange for jack-o’-lanterns that are still grinning after the third party. Matt Dark Green for zombie hands reaching out of plant pots. Violet for witches’ hats, magic wands and bubbling potions. And Neon Yellow for cat’s eyes gleaming in the dark and the full moon above your haunted house. 3DJake easyPETG: Tough as a zombie easyPETG is a modified PETG with improved toughness and increased temperature resistance. Compared with PLA, the material offers higher impact strength and break resistance. This helps costume props survive plenty of dramatic waving around, while the witch’s wand will not snap at the first curse. easyPETG Matte prints at 210 to 240 °C. Thanks to its low warping tendency, even larger parts such as tombstones or door signs can be printed reliably. The filament is made in the EU. Included in delivery: 1 x easyPETG Matte Black, 1.75 mm / 1000 g 1 x easyPETG Matte Orange, 1.75 mm / 1000 g 1 x easyPETG Matte Dark Green, 1.75 mm / 1000 g 1 x easyPETG Matte Neon Yellow, 1.75 mm / 1000 g 1 x easyPETG Violet, 1.75 mm / 1000 g

eufyMake Exhaust Fan Kit

2026-09-28T22:00:00+00:00

The eufyMake Exhaust Fan Kit is an extraction system for E1 UV printers that vents printing odours and total volatile organic compounds (TVOCs) directly outdoors via a flexible hose. It complements the built-in filter when the side door needs to remain open while using the standard bed or Roll-to-Film Attachment, which means not all exhaust air can be captured internally. Centrifugal fan for rapid air exchange At the heart of the system is an approximately 1.4x oversized centrifugal fan designed specifically for use with the E1. The larger fan diameter allows a sufficient volume of air to be moved without requiring particularly high fan speeds. Three fan speeds for different requirements Three settings — Silent, Standard and Strong — allow the extraction performance to be adjusted to suit the printing project. With a maximum speed of 4,300 rpm, the noise level remains at up to 50 dB depending on the selected setting, making the kit suitable for workspaces where lower fan noise is preferred. Exhaust airflow without compromising print quality A common issue with retrofitted extraction systems is that excessive airflow can disturb freshly applied ink and negatively affect the print result. The airflow path and pressure characteristics of the Exhaust Fan Kit are matched to the E1, allowing fumes to be extracted without visibly interfering with the printing process. Flexible installation on a worktop or wall The kit can either be positioned on the work surface next to the printer or mounted on a wall. The supplied flexible exhaust hoses are available in 1 m and 3 m lengths, allowing the exhaust to be routed to a nearby window or wall opening without having to rearrange the entire workspace. Included: 1 x exhaust fan 1 x exhaust duct 1 x exhaust duct cover 1 x exhaust hose, 1 m 1 x exhaust hose, 3 m 1 x power adapter 1 x wall-mounting kit Technical specifications: Dimensions 215 x 180 x 198 mm Weight 1.45 kg Fan speed up to 4,300 rpm, 3 settings (Silent/Standard/Strong) Noise level 50 dB Power consumption 48 W Hose diameter 5.08 cm Hose length 1 m or 3 m

3DJAKE ecoPLA Classic Halloween Bundle

2026-10-06T22:00:00+00:00

Halloween is just around the corner, and your printer is itching to get started. The 3DJake Classic Halloween Bundle gives you all the colours you need for a thoroughly spooky night. Deep Black for bats, spiders and silhouettes creeping out of the darkness. Bold Orange for pumpkins with wicked grins. Red for vampire fangs, bloody details and anything that needs to look dangerous. Dark Green for monster skin and zombie fingers. And then there is Glow: this filament glows in the dark, giving ghostly eyes and skulls an eerie shimmer after nightfall. 3DJake ecoPLA: The only scary thing is your print, not the printing ecoPLA is an all-round filament for frequent printing. It barely shrinks as it cools and has only a low tendency to warp. At the same time, ecoPLA is tougher and less brittle than conventional PLA. This means costume props such as vampire fangs or zombie fingers can survive a long Halloween party. The standard colours print at 195 to 215 °C and produce hardly any odour. ecoPLA works with almost all FDM printers. Each spool is sealed, and the filament is made in the EU. ► As the filaments are easy to print, you have more time for what really matters: decorations for your Halloween party, props for your costume or a whole army of little ghosts for the windowsill. Included in delivery: 1 x ecoPLA Black, 1.75 mm / 1000 g 1 x ecoPLA Orange, 1.75 mm / 1000 g 1 x ecoPLA Red, 1.75 mm / 1000 g 1 x ecoPLA Glow, 1.75 mm / 1000 g 1 x ecoPLA Dark Green, 1.75 mm / 1000 g

Revopoint Trackit SR

2026-09-30T22:00:00+00:00

The Revopoint Trackit SR is a professional 3D scanner with an optical tracking system, designed for maximum precision, flexibility and a wireless workflow. It combines a powerful handheld scanner with an intelligent tracking unit that captures the scanner’s spatial position in real time. The result: highly precise 3D scans without markers on the workpiece, wireless data transfer and a workflow that delivers reliable results even with large workpieces and in demanding production environments. Triple blue laser capture with three capture modes in one scanner At the heart of the Trackit SR is its powerful triple laser system, giving you the right mode for every application: 30 crossed laser lines for detailed capture: up to 2 million points per second for intricate, finely structured areas, 17 parallel laser lines for fast scanning of large, low-contrast workpieces, single-line laser for deep holes, narrow gaps, ventilation slots and grilles: reliably captures even hard-to-reach areas. This gives you the ideal balance of speed, detail and accessibility in every scanning situation. Maximum accuracy thanks to optical tracking The integrated tracking system captures the spatial position of the handheld scanner in real time, enabling highly precise 3D scanning without markers on the workpiece. Instead of laboriously applying reference points, simply move the scanner freely around your object while the tracker does the rest. ► Volumetric accuracy: 0.02 mm + 0.04 mm x L (m) Wireless, mobile and flexible The Trackit SR has been consistently designed for a wireless workflow: replaceable battery for uninterrupted work, Wi-Fi 6 for wireless real-time data transfer, standalone scanner operation for independent marker scanning when required. This makes the Trackit SR ideal for mobile use on site, in workshops, in the field or in production environments where the location changes frequently. Lightweight, compact and easy to transport With a total weight of just 2.5 kg, tracker: 1.5 kg, scanner: 1 kg, the Trackit SR is especially mobile and transport-friendly. The complete system, including accessories, fits into a robust trolley case, making it ideal for users who regularly move between different locations. Wireless multi-station scanning for large workpieces For large objects that cannot be fully captured from a single tracker position, the Trackit SR offers wireless multi-station functionality. The tracker can be freely repositioned around the workpiece, while 5 shared reference points ensure precise stitching of the individual frames into one complete, seamless result. Robust carbon frame for maximum reliability The one-piece carbon fibre housing of the Trackit SR is designed for maximum rigidity and dimensional stability. The frame is resistant to temperature fluctuations, vibrations and mechanical stress in everyday use, helping the system maintain its calibration over the long term. Detailed texture capture In addition to pure geometry capture, the Trackit SR also records the surface textures of scanned objects using a high-resolution RGB camera. This creates photorealistic 3D models with natural colour reproduction, making it ideal for documentation, presentation or digital twins. Ready to use straight away thanks to active heating The Trackit SR features integrated active heating, bringing the system up to operating temperature in just 2 minutes. Internal and external temperature sensors continuously monitor thermal stability throughout the entire scanning process. Included in delivery: ► Standard Edition: 1 x scanner 1 x tracker 1 x auto-calibration gimbal with dual-axis system 1 x tripod 1 x gimbal adapter plate 1 x quick release clamp 1 x calibration plate 1 x calibration rod 1 x power adapter 1 x tracker-to-PC cable 1 x scanner-to-PC cable 1 x scanner cable, tracker to scanner 1 x gimbal cable, tracker to gimbal 1 x cable protection sleeve 20 x markers, magnetic 200 x markers, self-adhesive 1 x trolley case, transport case with wheels 2 x scanner batteries 1 x scanner battery charger ► CMM Edition: Standard Edition contents + ball plate Revo Measure Software, 1-year licence - only supports Windows 10/11 Technical specifications: ► Scanner: Dimensions 250 x 250 x 177 mm Weight 1 kg Light source 30 blue crossed laser lines 17 blue parallel laser lines 1 blue single-line laser Single-frame accuracy 0.02 mm Scanning speed 2,000,000 points/s Working distance Crossed laser lines: 200–400 mm parallel laser lines: 250–500 mm single laser line: 200–400 mm Capture range, closest distance 123 x 130 mm @ 200 mm Capture range, farthest distance 330 x 325 mm @ 4500 mm Operating temperature range 0–30 °C Export formats PLY, OBJ, STL, ASC, 3MF, GLTF, FBX Interface Wi-Fi 6 ► Tracker: Dimensions 441 x 111 x 103 mm Weight 1.5 kg Tracking technology NIR Recommended object size range 0.01–4 m Volumetric accuracy 0.02 mm + 0.04 mm x object length (m) Working distance 800–25000 mm Minimum tracking area 587 x 569 mm @ 800 mm distance Maximum tracking area 2075 x 1778 mm @ 2500 mm distance Tracking volume 3 m³ User calibration manual Supported accessories calibration board, calibration rod, anchor blocks, battery grip

3DJAKE ecoPLA Refill Light Green

2026-10-15T22:00:00+00:00

The 3DJake ecoPLA Refill offers the proven properties of the popular ecoPLA filament in a more streamlined format. Instead of a disposable spool, the filament is supplied as a refill that can be used with compatible reusable spools. This helps reduce packaging material and plastic waste without compromising on reliable printing results. ecoPLA is based on PLA, polylactic acid, a biodegradable plastic that has been specially optimised for 3D printing. This makes the filament particularly easy to process and an excellent choice for everyday applications such as prototypes, decorative objects and functional models. When printing, ecoPLA offers all the typical benefits of PLA: low shrinkage, minimal warping and reliable adhesion to the print bed. Even during longer print jobs, parts remain dimensionally accurate and stable in shape. Thanks to precise manufacturing and tight tolerances, the filament is fed evenly and delivers consistent print results. The material also produces very little odour, making it ideal for use at home, in the office or in the workshop. Compared with conventional PLA, ecoPLA is also tougher and less brittle, making printed parts more durable in everyday use. Key features of the 3DJake ecoPLA Refill: Made in the EU, ecoPLA without spool - compatible with standard reusable spools, minimal shrinkage, low warping, good diameter & roundness tolerances, no unpleasant odours, easy to print, clean results, tougher & less brittle than conventional PLA filament.

eufyMake Exhaust Duct Kit

2026-09-28T22:00:00+00:00

The eufyMake Exhaust Duct Kit is a connection set that links the eufyMake E1 UV printer to the eufyMake Purifier P1. It directs the printer's exhaust air into the purifier so that the air produced during UV printing can be filtered. ► Without this kit, the Purifier P1 cannot be connected directly to the E1. The Purifier P1 is not a standalone extraction unit and relies on a defined airflow from the printer. The Exhaust Duct Kit performs exactly this function: it collects the E1's exhaust air and channels it in a controlled way to the purifier instead of allowing it to disperse freely into the room. Passive component with no powered fan Unlike the eufyMake Exhaust Fan Kit, the Exhaust Duct Kit does not contain its own fan. It is designed solely to guide airflow between the printer and purifier and is therefore always used together with the Purifier P1 rather than as a standalone extraction solution. Purpose-built connection without improvised adapters Instead of relying on makeshift adapters, adhesive tape or dryer-style hose connections, the kit provides a properly fitting connection between the two eufyMake components. This reduces the risk of leaks that could disrupt airflow inside the E1 and potentially affect print quality.

Prusa High-Temperature Print Sheet

2026-10-02T22:00:00+00:00

The Prusa High-Temperature Print Sheet is a powder-coated spring steel sheet developed specifically for demanding high-temperature materials such as PEEK, PEI and PEKK. It provides significantly better adhesion for these materials than a standard PEI sheet and withstands repeated temperature cycles above 100 °C without losing adhesion performance. Designed for high-performance engineering filaments Materials such as PEEK, PEI or PPSU can adhere poorly to standard sheets or, conversely, bond too strongly and unpredictably. The High-Temperature Print Sheet has been developed specifically for this class of materials and supports PEEK, PEEK-CF, PEEK-GF, PEI1010, PEI9085, PEI-CF, PEKK, PEKK-CF, PES, PPSU and PSU, among others. Durable textured surface The surface texture is similar to that of the familiar textured TXT sheet and is created by applying a powder coating to the metal. This gives prints an even, textured underside while also helping to conceal minor mechanical marks caused by tools when removing prints. Double-sided use with magnetic mounting Both sides of the sheet can be used repeatedly, extending its service life compared with sheets coated on one side only. Like other Prusa print sheets, it is held securely in place by high-Curie-temperature magnets embedded in the heatbed. Not suitable for standard materials: The High-Temperature Print Sheet is specifically designed for high-temperature materials and is therefore not suitable for PLA or PETG, as these materials adhere only poorly or not at all. Note: Never clean the print sheet with IPA, acetone or other alcohol-based solvents, as these will damage the surface. Clean only when the sheet has cooled down, using washing-up liquid and water, ideally before every print, to help ensure good adhesion and easy print removal.

Prusament PLA Recycled (NFC)

2026-09-22T22:00:00+00:00

The Prusament PLA Recycled is an in-house manufactured 3D printing filament made entirely from recycled Prusament PLA materials. Each production batch is created from reprocessed leftover material, resulting in a unique, batch-specific colour variation that makes every spool one of a kind. As a classic PLA, the material stands out for its ease of printing, minimal warping and reliable performance across a wide range of FDM/FFF 3D printers. PLA is considered particularly user-friendly, making it suitable for both beginners and experienced users. Thanks to its low thermal expansion, Prusament PLA Recycled is well suited to larger print projects with minimal distortion. At the same time, its relatively low melting temperature enables precise detail reproduction in smaller components. The filament is ideal for decorative objects, figurines, concept models and rapid prototypes where extreme mechanical, chemical or thermal resistance is not required.

eufyMake Filter for Purifier P1

2026-10-13T22:00:00+00:00

The Replacement Filter for Purifier P1 by eufyMake is an original spare part for the eufyMake Purifier P1, an air purifier designed for UV printing with the eufyMake E1. It contains 2.4 kg of high-density, modified activated carbon formulated to capture the fumes and VOCs released during UV printing and curing, and helps the Purifier P1 to deliver full purification performance. Tailored to UV ink chemistry Unlike generic HEPA filters designed to capture dust and other particles, this filter specifically targets the chemical components of UV inks. Its multilayer design combines a pre-filter layer with six activated carbon layers, providing a contact area of 8.4 m² to effectively capture gases and fumes. Effective purification performance With this filter, the Purifier P1 achieves a TVOC reduction of 99.54% and a PM2.5 reduction of 99.99%. This makes it an effective addition to the E1's integrated filtration system for frequent printing. Filter life varies by operating mode Filter life depends on the selected operating mode: approximately 300 hours in Strong mode, around 540 hours in Standard mode and up to 1,700 hours in Silent mode. Based on roughly two hours of daily use across all three modes, this equates to a filter life of up to approximately nine months. Monitor filter life in the app The Purifier P1 continuously monitors the filter's remaining life and displays it as a percentage in the eufyMake app. This makes it easy to order a replacement before purification performance noticeably declines. Once the filter reaches the end of its rated service life, Auto mode is no longer available. The other modes can still be used manually until a new filter is installed. Technical specifications: Compatibility eufyMake Purifier P1 Filter type High-density, modified activated carbon filter Filter material weight 2.4 kg Construction 1 pre-filter layer + 6 activated carbon layers Contact area 8.4 m² TVOC reduction 99.54% PM2.5 reduction 99.99% Filter life Up to 9 months (depending on the operating mode) Filter life in Strong mode Approx. 300 hours Filter life in Standard mode Approx. 540 hours Filter life in Silent mode Approx. 1,700 hours Filter life monitoring Real-time display in the eufyMake app Please note: Replace the filter only when the purifier is idle. After installing the new filter, reset the maintenance cycle in the eufyMake app or eufyMake Studio to ensure the remaining filter life is displayed correctly.

Liber™ High Flow Hotend Bundle by Phaetus

2026-09-30T22:00:00+00:00

The Phaetus Liber™ High Flow Hotend is a high-flow hotend developed specifically for the Snapmaker U1. With an optimised melt channel, a precision-machined titanium heat bridge and a hardened, DLC-coated steel nozzle, it increases volumetric flow by up to 87% compared with the U1's standard stainless-steel hotend, while maintaining the same power consumption. Split-channel melt structure for higher throughput The Liber™ hotend uses a split-channel structure in the melt zone to optimise the filament path and reduce heat loss. Compared with the standard hotend, volumetric flow increases by up to 87% with ABS, 66% with PLA and 43% with PETG HF. Hardened steel with DLC coating The nozzle is made from hardened steel with an additional DLC coating, giving it a surface hardness of around HV 2000, while the base material itself measures approximately HV 725–780. By comparison, the U1's standard stainless-steel nozzle is rated at around HV 170–210. This makes the Liber hotend significantly more resistant to wear from abrasive filaments. Precision-machined heat bridge to reduce clogging The titanium-alloy heat bridge is precision-machined and has an internal channel roughness of Ra ≤ 0.2 µm. Smoother inner walls reduce filament adhesion and residue build-up, helping to ensure more consistent and reliable filament flow. Micrometre-level manufacturing tolerances also provide precise component interfaces and minimise the risk of material leakage at the joints. Reliable quality even at high speeds Compared with other high-flow hotends, the Liber™ hotend delivers reduced stringing, cleaner overhangs and bridges, and more consistent surface quality, even at high print speeds. ► Filament compatibility The Liber hotend is compatible with a wide range of filaments, including standard and effect PLA grades, PETG (including HF and Translucent), ABS, ASA, PC, as well as carbon- and glass fibre-reinforced materials such as PLA-CF, ASA-CF, PA6-CF/GF and PAHT-CF. When switching from filaments with print temperatures above 250 °C to more temperature-sensitive materials such as PLA or PETG, the heat bridge must be cleaned. Carbon- and glass fibre-reinforced filaments, as well as wood-filled PLA and TPU, are compatible but are not specifically recommended due to the potential risk of clogging or inconsistent feeding. Installation Guide on Phaetus Wiki Included: 4 x 0.4 mm hotend assemblies (incl. thermistor) 8 x M3x12 screws 4 x Wiki cards Technical specifications: Compatible device Snapmaker U1 Maximum volumetric flow 55 mm³/s Heat bridge material Titanium alloy Product dimensions 48 x 26.5 x 15 mm Nozzle material Hardened steel + DLC coating Print temperature up to 300 °C Weight 24 g Note: The nozzle can reach temperatures of up to 300 °C. Installation, nozzle changes and cleaning of the heat bridge must only be carried out once the hotend has cooled down. The U1 does not currently support different nozzle diameters within the same print job; all toolheads used must therefore be fitted with hotends of the same nozzle diameter.

eufyMake Purifier P1 with Exhaust Duct Kit Bundle

2026-10-13T22:00:00+00:00

The eufyMake Purifier P1 is an air purifier designed specifically for use with the eufyMake E1 UV printer. Unlike conventional room air purifiers that target pollen, dust or pet hair, the P1 specifically targets volatile organic compounds (TVOCs) and fine particles generated during UV printing. Two-stage filtration for UV printing emissions Filtration starts with a HEPA 13 filter that captures 99.99% of PM2.5 particles. This is followed by a multilayer, high-density activated carbon filter specifically tailored to the compounds released by UV inks, rather than general household odours targeted by conventional carbon filters. Six carbon layers offering a large contact area The activated carbon block consists of six layers of highly compacted, modified activated carbon, with a total weight of 2.4 kg and a contact area of 8.4 m². Air is actively forced through the compacted carbon layer rather than simply passing alongside it, as with standard granular filters. This is intended to capture more TVOC molecules before the purified air returns to the room. Four modes, from quiet to powerful The P1 offers four operating modes: Silent, Standard, Strong and Auto. Noise levels are approximately 45 dB in Silent mode, 50 dB in Standard mode and 55 dB in Strong mode. Even at its highest manual setting, the unit remains quieter than normal conversation, making it suitable for busier settings such as exhibition stands. Automatically adjusts to printing activity In Auto mode, the Purifier P1 connects to the eufyMake E1 and adjusts its filtration level to match the current printing activity. This removes the need to manually adjust the purification setting when a print job starts or finishes. Monitor filter life in the app Filter usage is tracked internally and displayed as a percentage in the eufyMake app. This makes it easy to order a replacement before filtration performance noticeably declines, rather than relying on fixed replacement intervals or odour as an indicator. Contents: 1 x eufyMake Air Purifier P1 1 x Filter 1 x Power cable 1 x Exhaust hose, 1.5 m long, 5 cm diameter 1 x Exhaust duct 1 x Exhaust duct cover 1 x Connector Technical specifications: Compatibility eufyMake E1 UV printer Dimensions 320 x 386 x 456 mm Weight 11.1 kg Filter type HEPA 13 + 6-layer activated carbon filter Activated carbon weight 2.4 kg Activated carbon contact area 8.4 m² PM2.5 removal 99.99% TVOC removal 99.54% Operating modes Silent, Standard, Strong, Auto Noise level Approx. 45–55 dB, depending on the mode Control eufyMake app with filter life indicator

3DJAKE ecoPLA Refill Dark Blue

2026-10-15T22:00:00+00:00

Twotrees ED1 CNC Milling Machine

2026-09-23T22:00:00+00:00

The Twotrees ED1 is a desktop CNC milling machine with automatic tool changing, a milling accuracy of ±0.01 mm and a spindle speed of up to 18,000 rpm. It is designed for users looking for industrial-level manufacturing quality in a compact format, from one-off parts and small batches to complex workpieces made from metal, wood or plastic. Integrated AI software for layout creation and app connectivity also make the machine accessible to users with no previous CNC experience. The Twotrees ED1 is available in two package variants: ► The ED1 Standard Package includes the base machine with display, tool magazine, milling tools and camera, providing all essential milling and engraving functions. ► In addition to the complete standard scope of delivery, the ED1 All-in-One Package includes a 4th-axis rotary module, a vice and an edge finder. It is designed for users who also want to machine rotationally symmetrical workpieces or set up their projects with greater precision. Stable mechanics as the basis for high repeatability The ED1 housing is made from a one-piece cast aluminium body combined with high-strength moulded components. This floating construction reduces vibrations during machining and enables a milling accuracy of ±0.01 mm. Precision ball screws and linear guides are used for movement control, helping ensure smooth and quiet operation. Spindle with minimal runout for the finest details The milling spindle reaches speeds of up to 18,000 rpm and operates with a runout of less than 1 micrometre. This low value is designed to support the machining of micro-holes and threads. Combined with a feed rate of up to 3,000 mm/min, the spindle is built for continuous material removal. Automatic tool changing for uninterrupted processes An integrated ATC system (Automatic Tool Changer) with five tool slots changes milling cutters automatically during operation. This eliminates manual stops during multi-stage machining, increasing efficiency and reducing positioning errors that can occur when tools are changed by hand. Rotary axis for cylindrical and contoured workpieces An A-axis with Harmonic Drive gearing allows rotationally symmetrical or contoured objects to be machined. The gearbox is designed to provide smooth operation without play, helping contours on curved models remain even and consistent. Dust protection and low-maintenance operation A flexible steel belt combined with a labyrinth-style housing design prevents milling residue from entering the mechanics. A generously sized chip collection box makes cleaning easier after operation. Up to seven high-precision photoelectric limit switches also help maintain consistent positioning accuracy during repeated processes. Monitoring and safety features An integrated 720p HD camera with Wi-Fi connectivity transmits the machining status to the app in real time. An easily accessible emergency stop switch on the side of the housing provides an additional safety measure during milling operation. AI-assisted software with local and remote control The accompanying app offers an AI-based layout function that automatically generates milling templates from text prompts or image files. A cloud library with ready-made designs is also available. The ED1 can be controlled either directly or remotely via the app, including status monitoring. Regular OTA updates expand the machine’s functionality over time. Material versatility for a wide range of applications The ED1 can process more than 30 different materials, including wood, acrylic, leather and metal. The 300 x 200 x 120 mm working area is suitable for everything from delicate jewellery pieces to functional components and personalised lettering on plaques or nameplates. Technical specifications: Housing die-cast aluminium + high-strength moulded parts Drive system ball screws + linear guides Spindle 600 W Device dimensions 630 x 510 x 525 mm Working area 300 x 200 x 120 mm XY milling accuracy ±0.01 mm Spindle speed up to 18,000 rpm Spindle runout < 1 µm Engraving speed up to 3,000 mm/min Continuous operating time ≤ 120 h Tool magazine 5-position automatic tool changer (ATC) Engraving modes graphic engraving, file engraving, scan engraving, contour engraving, pixel engraving Camera 720p HD, Wi-Fi compatible Device display 5-inch colour touchscreen Interfaces USB, 2.4 GHz Wi-Fi, TF card Software compatibility Windows, Mac, Linux Software file format Nc.Gcode Supported CAM software WeCarver CAM, Artcam, Fusion360, EASEL, Carveco Maker Software languages German, English, French, Mandarin, Russian, Japanese, Portuguese, Spanish Power supply mainboard: 24 V spindle: 230 V Power 840 W / 5 W Machinable materials plywood, MDF, solid wood, acrylic, carbon fibre, aluminium, copper, low-carbon steel, titanium, plaster, marble, paraffin, plastic, gold, silver, gemstones

eufyMake E1 Deluxe Plus Set

2026-09-28T22:00:00+00:00

The eufyMake E1 combines UV printing with the ability to build up three-dimensional structures directly during the printing process. This makes it possible to create parts with visible and measurable surface texture that goes beyond conventional flat printing while maintaining a high level of detail. 3D texture printing with Amass3D™ Amass3D™ technology makes it possible to build up fine, three-dimensional surface structures with clearly defined depth. Different textures such as lines, embossed effects and structured surfaces can be reproduced precisely and created directly during printing. Even complex details such as fine patterns or irregular structures are reproduced with a high degree of accuracy, ensuring that both the visual appearance and the surface texture are clearly defined. Colour clarity with ColorMaestro™ ColorMaestro™ technology enables precise and consistent colour reproduction with a high level of detail. The UV inks offer strong resistance to UV exposure and environmental influences, helping to maintain colour stability over extended use. Ultra-high print resolution With a resolution of up to 1440 DPI, the eufyMake E1 delivers precise detail and sharp print results, even with fine structures and small elements. Maximum material versatility The E1 supports direct printing on a wide range of materials, including metal, wood, acrylic, glass, ceramic, stone, leather and textiles. This allows a wide variety of applications to be produced without additional transfer processes. Flexible printing modes Flatbed printing: For materials up to 5 mm high, with a print area of up to 330 x 420 mm. Mini flatbed: For printing several small objects at the same time, such as magnets. Rotary printing: For cylindrical and conical objects such as mugs or bottles. Intelligent height & contour detection The combination of dual lasers and a snapshot camera enables precise detection of heights and surface contours. This allows even challenging materials, including transparent surfaces, to be measured and processed reliably. JetClean self-cleaning The JetClean self-cleaning system helps minimise the risk of nozzle blockages and supports consistent, stable printing while reducing maintenance requirements. Additional features: Integrated air filtration system helps reduce odours and VOCs, UV isolation system blocks more than 90% of UV radiation for improved safety. Included: 1 x E1 UV printer incl. accessories: 1 x mini adhesive mat 1 x mini flatbed 1 x standard adhesive mat 1 x standard flatbed 1 x air filter 1 x 2.5 mm Allen key 3 x printing material samples 1 x UV safety glasses mains cable + power adapter 6 x UV inks (CMYKWG) 1 x cleaning cartridge 1 x Rotary Printing Attachment incl. accessories: 2 x idler wheel bushings 2 x drive wheel bushings 1 x spacer 1 x UV DTF Laminating Machine incl. accessories: 50 x UV DTF A Film, 310 x 90 mm 1 x UV DTF B Film, 30 m 1 x Roll-to-Film Attachment incl. accessories Technical specifications: Printer type Piezo inkjet printer Dimensions 590 x 250 x 407 mm Weight 20 kg Voltage, power 100-240 V, 50-60 Hz max. 66 W Operating humidity 20-85% relative humidity Operating temperature 15-35 °C Operating noise level <60 dB Print resolution 1440 DPI Print area 330 x 420 mm Relief print height max. 5 mm Maximum print load max. 1.5 kg Printing modes Flatbed (integrated) Rotary printing (with Rotary Printing Attachment) Transfer film (with Roll-to-Film Attachment) Colour profile CMYKWG Supported print materials Wood, metal, glass, plastic Automatic height adjustment range ±0.5 mm Camera resolution 8 MP Nozzle maintenance JetClean automatic self-cleaning and maintenance system UV protection level >90% (under sealed conditions) Connectivity Wi-Fi IEEE 802.11 b/g/n, 2.4 GHz

eufyMake E1 incl. Roll-to-Film Attachment Set

2026-09-28T22:00:00+00:00

The eufyMake E1 takes UV printing to a new level by combining high-precision colour printing with genuine 3D texture. Thanks to innovative technologies, prints are not only visually striking but also tactile, with impressive depth and fine detail. 3D texture printing with Amass3D™ Amass3D™ technology enables realistic surface structures with noticeable depth. Whether brush strokes, leather-like textures or natural surface patterns, every detail becomes tangible. Even very fine structures such as scales, feathers or embossed surface effects are reproduced so realistically that they are convincing both visually and to the touch. Brilliant colours with ColorMaestro™ ColorMaestro™ technology delivers natural-looking colour reproduction with a high level of clarity. The UV inks remain colour-stable even when exposed to UV radiation and weathering. Ultra-high print resolution With a resolution of up to 1440 DPI, the eufyMake E1 UV printer produces exceptionally sharp print results with fine detail. Maximum material versatility Print directly onto more than 300 materials, including metal, wood, acrylic, glass, ceramic, stone, leather, fabric and more. Ready to bring your ideas to life? Flexible printing modes Flatbed printing: For materials up to 5 mm high, with a print area of up to 330 x 420 mm. Mini flatbed: For printing several small objects at the same time, such as magnets. Rotary printing: For cylindrical and conical objects such as mugs or bottles. Intelligent automation The combination of dual lasers and a snapshot camera provides precise height and contour detection, even with transparent materials. JetClean maintenance The JetClean self-cleaning system reduces the risk of nozzle blockages and supports stable printing with minimal maintenance. Additional features: Integrated air filtration system helps reduce odours and VOCs, UV isolation system blocks more than 90% of UV radiation for improved safety. Included: 1 x E1 UV printer incl. accessories: 1 x mini adhesive mat 1 x mini flatbed 1 x standard adhesive mat 1 x standard flatbed 1 x air filter 1 x 2.5 mm Allen key 3 x printing material samples 1 x UV safety glasses mains cable + power adapter 6 x UV inks (CMYKWG) 1 x cleaning cartridge 1 x Roll-to-Film Attachment incl. accessories Technical specifications: Printer type Piezo inkjet printer Dimensions 590 x 250 x 407 mm Weight 20 kg Voltage, power 100-240 V, 50-60 Hz max. 66 W Operating humidity 20-85% relative humidity Operating temperature 15-35 °C Operating noise level <60 dB Print resolution 1440 DPI Print area 330 x 420 mm Relief print height max. 5 mm Maximum print load max. 1.5 kg Printing modes Flatbed (integrated) Rotary printing (with Rotary Printing Attachment - NOT included) Transfer film (with Roll-to-Film Attachment) Colour profile CMYKWG Supported print materials Wood, metal, glass, plastic Automatic height adjustment range ±0.5 mm Camera resolution 8 MP Nozzle maintenance JetClean automatic self-cleaning and maintenance system UV protection level >90% (under sealed conditions) Connectivity Wi-Fi IEEE 802.11 b/g/n, 2.4 GHz

3DMakerpro Turtle

2026-09-30T22:00:00+00:00

The 3DMakerpro Turtle is a modular 3D scanner system that lets you choose between the S, M and L scanning modules, as well as the Turtle Control Pad, so you can put together the exact setup that suits your scanning tasks. All modules work on the same basic principle, but differ in object size, capture area and accuracy, while the Control Pad serves as an optional mobile processing unit that replaces the laptop. One system, three size classes Instead of a scanner with a fixed sensor head, the Turtle uses interchangeable modules that attach to the same base unit. Depending on the sizes of the objects you scan most often, you can choose the right module or combine several modules for different applications. ► Module S: for small, detailed objects Module S covers an object range of around 10 to 300 mm and achieves an accuracy of up to 0.01 mm with a resolution of 0.05 mm. It is suitable for miniatures, jewellery or intricate components where the finest details need to be captured. ► Module M: the all-rounder for everyday scanning tasks With a capture range of around 15 to 1,500 mm, Module M is aimed at users who mainly scan medium-sized objects, such as workpieces, prototypes or figures. Accuracy is up to 0.03 mm, with a resolution of 0.07 mm. ► Module L: for large objects and assemblies Module L is designed for object sizes of around 100 to 2,000 mm and captures an area of 600 x 450 mm per frame. For vehicle parts, bodywork sections or larger pieces of furniture, this module is the right choice, with an accuracy of up to 0.05 mm and a resolution of 0.10 mm. Shared technology in every module Whichever size you choose, each module uses a 2.3-megapixel sensor, a blue light source for structured light projection and also captures 24-bit colour textures. Connection is via USB-C, while exports are available in STL, PLY, ASC or OBJ format. Optional: Turtle Control Pad for mobile scanning without a laptop Those who want to work independently of a computer can add the Turtle Control Pad. It handles capture, processing and export directly on the device and features a 6.4-inch 2K AMOLED touchscreen, 16 GB RAM and 256 GB internal storage. In standalone operation with the Control Pad, scanning runs at up to 10 frames per second. Three setups for every scanning situation It is not only the module that determines how you scan, but also the setup. All three modules can be used in three different configurations, depending on what the situation requires: Handheld: Wireless and freely movable, ideal when you need to move flexibly around an object. Modular: For angles and object areas that are difficult to reach in a conventional setup, such as undercuts or narrow gaps. Wired: Fixed connection to a computer for stationary use with maximum performance, for example in a studio or at a dedicated workstation. As each of the three setups can be combined with every module, the Turtle adapts to the scanning task at hand instead of limiting you to a single workflow. Higher speed when used with a PC If a module is connected directly to a compatible Windows or Mac computer, the capture speed increases to up to 30 frames per second. For fast scans in the studio or at a workstation, working without the Control Pad can therefore be worthwhile, while the Control Pad is invaluable when scanning on the go or without a laptop. Magnetic module changes without tools The modules are changed using a magnetic connector, with no screws or tools required. The Control Pad works with all three modules, allowing the configuration to be adapted flexibly from one project to the next. Reliable tracking, even on challenging surfaces Very smooth, glossy or transparent surfaces naturally provide fewer reference points for the tracking system. For these cases, 3DMakerpro recommends using scanning spray or markers as accessories to create additional visible reference points. Included in delivery: Module S / M / L 1 x scan module 1 x power base 1 x power supply, 65 W 1 x USB cable 1 x manual turntable 1 x adapter (A) Turtle Control Pad 1 x Control Pad 1 x carry bag 1 x Control Pad cable Technical data comparison: Module S Module M Module L Object size approx. 10–300 mm approx. 15–1,500 mm approx. 100–2,000 mm Working distance 180–280 mm 200–400 mm 500–950 mm Accuracy up to 0.01 mm up to 0.03 mm up to 0.05 mm Resolution 0.05 mm 0.07 mm 0.10 mm Single capture area 160 x 120 mm 240 x 180 mm 600 x 450 mm Sensor 2.3 MP, 24-bit colour texture Connection USB-C Capture speed up to 10 fps (Control Pad) up to 30 fps (PC) Export formats STL, PLY, ASC, OBJ Turtle Control Pad at a glance: Display 6.4-inch 2K AMOLED, touchscreen RAM 16 GB Storage 256 GB SSD Compatibility works with all three Turtle modules Function capture, processing and export directly on the device Battery capacity 10,000 mAh

INDX Tool Conversion Kit for CORE One/+ (Gen 2)

2026-09-30T22:00:00+00:00

Bondtech INDX Tool Conversion Kit for CORE One+ (Gen 2) upgrades an existing Prusa CORE One/+ (Gen 2) into a fully fledged tool-changing system. Each material has its own dedicated path, making it possible to combine rigid and flexible parts, use soluble support materials and print multicolour models without wasting most of the spool as purge material. The kit is available in either a 4-tool or 8-tool configuration to suit your setup; both use the same Smart Head and docking hardware and can be expanded at any time. ► 4-tool or 8-tool: which version is right for you? The 4-tool kit is ideal for getting started with multi-material printing without committing to the full configuration straight away. The mounting plate is already prepared for four additional tool positions, allowing the system to be expanded to eight tools at any time. The 8-tool kit provides the full range of material options from the outset. Both versions use the same Smart Head and docking station components and differ only in the number of passive toolheads and spool holders supplied. One active head, multiple passive tools At the heart of the system is the INDX Smart Head developed by Bondtech: an active extruder with an automatic tool pickup mechanism, rapid induction heating and contactless temperature measurement. The individual toolheads themselves are completely passive and contain no electronics of their own. This keeps the system simple and robust, while also making it comparatively inexpensive to expand from four to eight tools later on, as only passive nozzles need to be added rather than complete active toolheads. Material changes in around 12 seconds While some single-nozzle multi-material systems can take around 42 seconds to change filament, INDX completes a tool change in approximately 12 seconds. When printing multicolour or multi-material models, this means noticeably less waiting time and virtually no wasted filament, with no need for a conventional purge tower that would otherwise take up valuable build volume. Induction heating instead of slow heat-up times The moving Smart Head contains an induction coil that heats the nozzle of the selected tool to operating temperature contactlessly and within seconds. As soon as the tool is returned to its dock, it cools down quickly, helping to prevent material from oozing from the nozzle. Automatic tool calibration A tool-offset sensor mounted permanently outside the print area automatically calibrates the alignment of all toolheads relative to one another. The process takes only around 15 seconds per toolhead, making it significantly faster than conventional calibration using a mechanical pin while also providing greater repeatability. Self-adjusting filament grip Soft materials such as TPU require a different level of pressure from rigid, fibre-reinforced filaments. The system's Dynamic Dual Drive automatically adjusts the drive tension to suit the material, allowing users to switch between flexible and engineering filaments without manually readjusting the extruder. Material compatibility up to 300 °C The standard High Flow nozzles are made from surface-hardened, nitrocarburised steel and are suitable for PLA, PETG, ASA, ABS, PC, PA, TPU, PVA, BVOH and other non-abrasive materials at nozzle temperatures of up to 300 °C. They are not designed for continuous use with abrasive filaments. Enclosed chamber remains fully available The enclosed build chamber of the CORE One+ (Gen 2), with chamber temperatures of up to 55 °C, remains fully functional with INDX installed, including the intelligent ventilation system. The docking station and wiper reduce the build volume by around 2 mm on the X axis and 15 mm on the Y axis, resulting in a build volume of 248 x 205 x 270 mm. Included: 1 x INDX Smart Head 4 or 8 x passive toolheads (depending on kit version) 4 or 8 x spool holders (depending on kit version) 1 x nozzle wiper for induction-heated nozzles incl. waste container new plastic components & Top Cover mounting hardware & other accessories 1 x manual with online assembly instructions Note: The nozzles currently supplied are surface-hardened rather than through-hardened and are therefore not intended for regular use with highly abrasive filaments such as glow-in-the-dark materials or heavily filled composites. Compatible materials include PLA, PETG, ABS, ASA, TPU, PC, PA (nylon), PVA, BVOH and other non-abrasive materials. Technical specifications: System type passive tool changer with induction-heated nozzles Number of tools 4 or 8, depending on kit version Material change approx. 12 seconds, approx. 0.013 g waste Max. nozzle temperature 300 °C Filament diameter 1.75 mm Compatible nozzle sizes 0.25 / 0.4 / 0.5 / 0.6 / 0.8 / 1.0 mm Nozzle type High Flow (CHT), nitrocarburised steel Heating system contactless induction coil (in the Smart Head) Temperature measurement wireless and contactless Extruder system Dynamic Dual Drive with automatic grip adjustment Tool coupling mechanical Maxwell coupling Effect on build volume −2 mm in X, −15 mm in Y Build volume with INDX installed 248 x 205 x 270 mm Supported materials PLA, PETG, ASA, ABS, PC, PA, TPU, PVA, BVOH and other non-abrasive materials up to 300 °C

CORE One+ to CORE One+ (Gen 2) Upgrade Kit

2026-09-30T22:00:00+00:00

The Prusa CORE One+ to CORE One+ (Gen 2) Upgrade Kit brings an existing Original Prusa CORE One or CORE One+ up to the current Gen 2 hardware standard. The kit includes three focused upgrades: a redesigned heated bed mount, new GT1.5 belts and an integrated nozzle wiper. Together, they help reduce waiting times before printing and produce cleaner, more consistent print results. Ready to print sooner thanks to the new heated bed mount The redesigned expansion joints in the heated bed mount reduce the time the printer needs to heat up and settle to a flat bed surface. The time saving is especially noticeable when running several shorter print jobs in succession. More precise motion with new belts The GT1.5 belts and matching pulleys improve the precision and smoothness of the toolhead movement. Fine, repeating patterns on smooth surfaces are therefore much less noticeable. Clean nozzle, cleaner print start The integrated nozzle wiper automatically cleans the nozzle before each print, helping ensure a more reliable and cleaner start. This is particularly useful when changing filament frequently. Self-installation, firmware updates available free of charge The upgrade is designed as a hardware-only kit and can be installed using the included replacement rivets. All firmware improvements developed over the lifetime of the CORE One are already available as free updates and are not included as part of this kit. Included in delivery: 1 x GT1.5 belts & pulleys 1 x heated bed expansion joints (Gen 2) 1 x nozzle wiper replacement nylon rivets

BondTech INDX Tool Conversion Kit for CORE One L+

2026-09-30T22:00:00+00:00

The Bondtech INDX Tool Conversion Kit for CORE One L/+ upgrades an existing CORE One L+ into a fully fledged tool-changing system. Each material has its own dedicated path, making it possible to combine rigid and flexible parts, use soluble support materials and print multicolour models without wasting most of the spool as purge material. The kit is available in either a 4-tool or 8-tool configuration to suit your setup; the smaller kit can be upgraded to eight tools at any time. ► 4-tool or 8-tool: which version is right for you? The 4-tool kit is ideal for getting started with multi-material printing without committing to the full configuration straight away. The mounting plate is already prepared for four additional tool positions, allowing the system to be expanded to eight tools at any time. The 8-tool kit provides the full range of material options from the outset and offers the best value per individual nozzle. Both versions use the same Smart Head and docking station components and differ only in the number of passive toolheads and spool holders supplied. One active head, multiple passive tools At the heart of the system is the INDX Smart Head developed by Bondtech: an active extruder with an automatic tool pickup mechanism, rapid induction heating and contactless temperature measurement. The individual toolheads themselves are completely passive and contain no electronics of their own. This keeps the system simple and robust, while also making it comparatively inexpensive to expand from four to eight tools later on, as only passive nozzles need to be added rather than complete active toolheads. Material changes in around 12 seconds While some single-nozzle multi-material systems can take around 42 seconds to change filament, INDX completes a tool change in approximately 12 seconds. When printing multicolour or multi-material models, this means noticeably less waiting time and virtually no wasted filament. Induction heating instead of slow heat-up times The moving Smart Head contains an induction coil that heats the nozzle of the selected tool to operating temperature contactlessly and within seconds. As soon as the tool is returned to its dock, it cools down quickly, helping to prevent material from oozing from the nozzle. Automatic tool calibration A tool-offset sensor mounted permanently outside the print area automatically calibrates the alignment of all toolheads relative to one another. The process takes only around 15 seconds per toolhead, making it approximately twenty times faster than the previous mechanical-pin calibration method while also providing greater repeatability. Precise bed levelling for every material change Before each print, the nozzle itself probes the build plate. A force sensor mechanically detects the contact point, providing greater precision than purely optical methods. This allows tools and nozzle sizes to be changed as often as required without having to recalibrate the printer each time. Self-adjusting filament grip Soft materials such as TPU require a different level of pressure from rigid, fibre-reinforced filaments. The system's Dynamic Dual Drive automatically adjusts the drive tension to suit the material, allowing users to switch between flexible and engineering filaments without manually readjusting the extruder. Clean starts with an integrated nozzle wiper A double-sided silicone wiper cleans and primes the nozzle every time a tool is picked up. Only a minimal amount of plastic is extruded to stabilise the print flow, and this drops directly into a waste container. No conventional purge tower is required, so valuable build volume is not sacrificed. Material compatibility up to 300 °C The standard 0.4 mm nozzles are made from surface-hardened, nitrocarburised steel and are suitable for PLA, PETG, ASA, ABS, PC, PA, TPU, PVA, BVOH and other non-abrasive materials at nozzle temperatures of up to 300 °C. They are not designed for continuous use with abrasive filaments. Heated chamber remains fully available The CORE One L+'s actively heated 60 °C chamber remains fully functional with INDX installed. The docking station and wiper reduce the build volume only slightly, by around 2 mm on the X axis and 15 mm on the Y axis. Included: 1 x INDX Smart Head 4 or 8 x passive toolheads incl. nozzle (depending on kit version) 4 or 8 x spool holders (depending on kit version) 1 x nozzle wiper incl. waste container new plastic components & Top Cover 1 x manual with online assembly instructions tool set for assembly Technical specifications: System type Tool changer with induction-heated nozzles Number of tools 4 or 8, depending on kit version (on CORE One L+) Material change approx. 12 seconds, approx. 0.013 g waste Max. nozzle temperature 300 °C Filament diameter 1.75 mm Compatible nozzle sizes 0.25 / 0.4 / 0.5 / 0.6 / 0.8 mm Standard nozzles 0.4 mm High Flow, surface-hardened nitrocarburised steel Accelerometer integrated into the INDX head Heating system contactless induction coil (in the Smart Head) Temperature measurement wireless and contactless Extruder system Dynamic Dual Drive with automatic grip adjustment Effect on build volume −2 mm in X, −15 mm in Y Build volume with INDX installed 298 x 275 x 330 mm Supported materials PLA, PETG, ASA, ABS, PC, PA, TPU, PVA, BVOH and other non-abrasive materials up to 300 °C Printer dimensions with INDX 4-tool: 600 x 530 x 770 mm 8-tool: 700 x 530 x 770 mm Weight with INDX installed 23.9 kg

BondTech INDX Tool Conversion Kit for CORE One L

2026-09-30T22:00:00+00:00

The Bondtech INDX Tool Conversion Kit for CORE One L/+ upgrades an existing CORE One L into a fully fledged tool-changing system. Each material has its own dedicated path, making it possible to combine rigid and flexible parts, use soluble support materials and print multicolour models without wasting most of the spool as purge material. The kit is available in either a 4-tool or 8-tool configuration to suit your setup; the smaller kit can be upgraded to eight tools at any time. ► 4-tool or 8-tool: which version is right for you? The 4-tool kit is ideal for getting started with multi-material printing without committing to the full configuration straight away. The mounting plate is already prepared for four additional tool positions, allowing the system to be expanded to eight tools at any time. The 8-tool kit provides the full range of material options from the outset and offers the best value per individual nozzle. Both versions use the same Smart Head and docking station components and differ only in the number of passive toolheads and spool holders supplied. One active head, multiple passive tools At the heart of the system is the INDX Smart Head developed by Bondtech: an active extruder with an automatic tool pickup mechanism, rapid induction heating and contactless temperature measurement. The individual toolheads themselves are completely passive and contain no electronics of their own. This keeps the system simple and robust, while also making it comparatively inexpensive to expand from four to eight tools later on, as only passive nozzles need to be added rather than complete active toolheads. Material changes in around 12 seconds While some single-nozzle multi-material systems can take around 42 seconds to change filament, INDX completes a tool change in approximately 12 seconds. When printing multicolour or multi-material models, this means noticeably less waiting time and virtually no wasted filament. Induction heating instead of slow heat-up times The moving Smart Head contains an induction coil that heats the nozzle of the selected tool to operating temperature contactlessly and within seconds. As soon as the tool is returned to its dock, it cools down quickly, helping to prevent material from oozing from the nozzle. Automatic tool calibration A tool-offset sensor mounted permanently outside the print area automatically calibrates the alignment of all toolheads relative to one another. The process takes only around 15 seconds per toolhead, making it approximately twenty times faster than the previous mechanical-pin calibration method while also providing greater repeatability. Precise bed levelling for every material change Before each print, the nozzle itself probes the build plate. A force sensor mechanically detects the contact point, providing greater precision than purely optical methods. This allows tools and nozzle sizes to be changed as often as required without having to recalibrate the printer each time. Self-adjusting filament grip Soft materials such as TPU require a different level of pressure from rigid, fibre-reinforced filaments. The system's Dynamic Dual Drive automatically adjusts the drive tension to suit the material, allowing users to switch between flexible and engineering filaments without manually readjusting the extruder. Clean starts with an integrated nozzle wiper A double-sided silicone wiper cleans and primes the nozzle every time a tool is picked up. Only a minimal amount of plastic is extruded to stabilise the print flow, and this drops directly into a waste container. No conventional purge tower is required, so valuable build volume is not sacrificed. Material compatibility up to 300 °C The standard 0.4 mm nozzles are made from surface-hardened, nitrocarburised steel and are suitable for PLA, PETG, ASA, ABS, PC, PA, TPU, PVA, BVOH and other non-abrasive materials at nozzle temperatures of up to 300 °C. They are not designed for continuous use with abrasive filaments. Heated chamber remains fully available The CORE One L's actively heated 60 °C chamber remains fully functional with INDX installed. The docking station and wiper reduce the build volume only slightly, by around 2 mm on the X axis and 15 mm on the Y axis. Included: 1 x INDX Smart Head 4 or 8 x passive toolheads incl. nozzle (depending on kit version) 4 or 8 x spool holders (depending on kit version) 1 x nozzle wiper incl. waste container new plastic components & Top Cover 1 x manual with online assembly instructions tool set for assembly Technical specifications: System type Tool changer with induction-heated nozzles Number of tools 4 or 8, depending on kit version (on CORE One L) Material change approx. 12 seconds, approx. 0.013 g waste Max. nozzle temperature 300 °C Filament diameter 1.75 mm Compatible nozzle sizes 0.25 / 0.4 / 0.5 / 0.6 / 0.8 mm Standard nozzles 0.4 mm High Flow, surface-hardened nitrocarburised steel Accelerometer integrated into the INDX head Heating system contactless induction coil (in the Smart Head) Temperature measurement wireless and contactless Extruder system Dynamic Dual Drive with automatic grip adjustment Effect on build volume −2 mm in X, −15 mm in Y Build volume with INDX installed 298 x 275 x 330 mm Supported materials PLA, PETG, ASA, ABS, PC, PA, TPU, PVA, BVOH and other non-abrasive materials up to 300 °C Printer dimensions with INDX 4-tool: 600 x 530 x 770 mm 8-tool: 700 x 530 x 770 mm Weight with INDX installed 23.9 kg

Creality SPARKX i7 Nano Combo

2026-09-30T22:00:00+00:00

The Creality SPARKX i7 Nano Combo is an FDM 3D printer with a factory-integrated CFS Nano multicolour system, automatic levelling and a 720p AI camera for print monitoring. With a build volume of 260 x 260 x 255 mm, print speeds of up to 500 mm/s and four filament channels in the compact CFS Nano module, it is aimed at users who want to integrate multicolour printing into their setup without bulky external accessories. A direct drive extruder, quick-swap hotend and automated calibration functions help make multicolour projects easier to get started with. Build volume and mechanical design The 260 x 260 x 255 mm build volume covers a wide range of common model sizes. The printer reaches speeds of up to 500 mm/s with a maximum acceleration of 10,000 mm/s² and works with a printing accuracy of 100 ± 0.1 mm. The layer height can be set between 0.05 and 0.3 mm, while belt tensioning is carried out manually. Direct drive extruder with tool-free replaceable components The extruder, hotend and filament cutter are designed as replaceable assemblies and can be swapped without tools in around 5 seconds. The standard 0.4 mm nozzle can be replaced with 0.2, 0.6 or 0.8 mm variants, while the nozzle temperature reaches up to 300 °C. The heated print bed reaches up to 100 °C and features a double-sided, textured gold-coloured PEI surface. AI camera and automated error detection A 720p camera with dedicated lighting continuously monitors the print and detects issues such as spaghetti formation, air printing without material extrusion and the status of the build plate. Filament cutter wear is also monitored. A filament usage sensor enables automatic print continuation when a spool runs out, while power loss recovery helps protect prints in the event of a power failure. Automated calibration before every print Before printing starts, the SPARKX i7 Nano Combo automatically handles bed levelling, nozzle Z-offset, Input Shaping and Pressure Advance to reduce vibrations and oozing. This largely eliminates the need for manual calibration steps. Status display and night mode A full-colour RGB light strip on the housing indicates the print status and can be adjusted individually. Night mode reduces lighting and operating noise for printing during the night. CFS Nano multi-material system: four filament channels in a compact design The included CFS Nano module measures just 127 x 85 x 65 mm and is mounted directly on the printer gantry. It offers four open filament channels for 1.75 mm filament made from PLA, PETG or PLA-CF and handles automatic filament loading, retraction and refilling. The unit is connected via an RS485 cable (6-pin), which also provides the 24 V power supply. Tangle detection and parallel operation of multiple CFS Nano units are not supported with this module. The key benefits at a glance: integrated CFS Nano module for 4-colour printing without an external filament box, print speed up to 500 mm/s with 10,000 mm/s² acceleration, tool-free replacement of the hotend, extruder lever and filament cutter, fully automatic levelling, Z-offset, Input Shaping and Pressure Advance, 720p AI camera with spaghetti and air printing detection, RS485/CAN 2.0 connection for the CFS Nano module with automatic filament changing, RGB status lighting with night mode for quieter operation in the dark. Technical specifications: ► SPARKX i7: Printer dimensions 470 x 423 x 456 mm Net weight 9.12 kg Build volume 260 x 260 x 255 mm Print speed ≤ 500 mm/s Acceleration ≤ 10000 mm/s² Printing temperature ≤ 300 °C Heated bed temperature ≤ 100 °C Nozzle diameter 0.4 mm Filament diameter 1.75 mm Extruder Direct Drive Hotend Quick Swap Device display 2.85-inch touch display Filament compatibility PLA, PLA-Silk, PETG, TPU, PLA-CF AI camera yes, 720 pixels Functions Spaghetti Detection Pressure Advance Build Plate Detection Air Printing Detection Input Shaping Power Loss Recovery Filament Run-Out Resume Filament Tangle Detection Filament Run-out Detection Cutter Wear Monitoring Levelling fully automatic Build plate double-sided, textured PEI Connection port RS 485 (6-pin) Slicing software Creality Print 6.3 or newer Slicing format 3MF, G-Code Firmware Creality OS Interface USB drive, Wi-Fi (2.4 GHz) Input voltage 100-240 V~ AC 50/60 Hz Rated power 700 W@220 V 400 W@110 V ► CFS Nano: Dimensions 127 x 85 x 65 mm Net weight 445 g Connection port RS 485 (6-pin) Number of filament slots 4 Drying method desiccant Compatible filament diameter 1.75 mm Functions Filament Run-out Detection Auto Filament Refill Pre-Load Filament Air Printing/Filament Tangle Detection Compatible filaments PLA, PETG, PLA-CF Compatible filament spools 1000 g spools outer diameter ≤ 220 mm inner diameter 32-70 mm width 10-70 mm Power, voltage 24 V DC 15 W

Prusa XL to Prusa XL+ Upgrade Kit

2026-09-30T22:00:00+00:00

The Prusa XL to Prusa XL+ Upgrade Kit upgrades an existing Original Prusa XL fully to the hardware specification of the XL+. The kit is available in versions for 1, 2 or 5 toolheads to match your existing configuration. Rather than supplying individual retrofit parts, this kit brings together everything that distinguishes the XL from the XL+ in a single package: new GT1.5 belts, more powerful print fans, an integrated nozzle wiper, revised cooling for the electronics and toolheads, plus more than 30 high-temperature-resistant components made from PC and PCCF. The 2- and 5-toolhead versions also include an automatic tool-offset sensor with the required wiring. Automatic tool calibration On the multi-tool versions, an electronic sensor replaces the previous mechanical pin-based alignment process and automatically calibrates the tool offsets. The process is up to 15% faster than before while also providing even greater precision. Finer surfaces with fewer visible artefacts The new GT1.5 belts provide smoother, more consistent printhead movement. This makes fine, repeating patterns significantly less noticeable, particularly on the large, smooth surfaces that are often printed on the XL. Revised cooling for continuous operation New, more powerful print fans for each toolhead, an updated 360° fan shroud and improved cooling for the mainboard and heatbed control board support reliable operation even under demanding conditions. This directly improves overhang quality and reduces the need for support structures. Clean starts for every print with an integrated nozzle wiper The integrated nozzle wiper automatically cleans each nozzle at the start of a print. This enables more precise pre-print calibration and helps deliver cleaner, more consistent results from the very first layer. Included: 1 x GT1.5 belts & pulleys new, more powerful print fans (quantity depends on toolhead version) 1 x nozzle wiper tool-offset sensor incl. wiring (2- and 5-toolhead versions only) 30+ new components made from PC and PCCF 0.4 mm CHT nozzles (optional) universal spool holder with dry box support updated 360° fan shroud improved cooling for the mainboard and heatbed control board additional electronics for the new fans ► Note: Before upgrading, check the serial number of the Dwarf board on each toolhead (Dwarf board serial number in the format 08|XXXX-XX|xXX): boards marked 08 or higher are compatible, while boards marked 07 or lower must first be replaced with a newer version. Suitable replacement boards are NOT included in the kit and must be purchased separately. If you already own the Enclosure for the Original Prusa XL, it can also be reused with the XL+, although it will not reach the approximately 50 °C achieved by the new XL+ Enclosure. To make use of the full temperature range up to 60 °C, the separate external heater will also be required once available.

Bambu Lab PETG Matte Black

2026-10-07T22:00:00+00:00

Bambu Lab PETG Matte combines the easy handling of PLA with the toughness of PETG. A newly formulated material creates a velvety matt finish that subtly hides layer lines, while support structures for demanding overhangs and internal geometries can be removed easily by hand, with no tools or post-processing required. An improved anti-stringing formula also noticeably reduces stringing and material build-up on the nozzle, making longer print runs more reliable. The material also withstands more demanding ambient conditions than many other PETG types. A freshly opened spool prints reliably without pre-drying, provided it has not been stored for more than 72 hours at over 50% humidity. With a heat deflection temperature of around 71 °C, PETG Matte can cope with environments that quickly become too warm for standard PLA, such as a car in summer, a sunny windowsill or a workshop near a garage. Note: This material is not intended as a support interface for PLA. The peelable formula does not work as a breakaway layer between PLA and PETG. For multi-material supports, Bambu Lab recommends PETG Basic or the dedicated support filament for PLA/PETG.

Creality Falcon T1 MOPA 60W Laser Cutter

2026-09-30T22:00:00+00:00

The Creality T1 laser engraver with 60 W MOPA laser has been developed specifically for high-precision engraving on metal, plastic and technical materials. Its modular system combines professional laser performance with intelligent automation and straightforward operation in a compact desktop machine. 60 W MOPA laser & tool-free module changes (optional) Thanks to the tool-free module change system, the laser head can be swapped in just a few seconds. The modular design offers maximum flexibility for different applications, while the compact construction and intuitive controls make it particularly easy to get started. Note: This version is supplied with a single laser module and is not a complete 5-in-1 configuration. Additional modules are available separately. Unlike conventional metal engraving, which relies on light-and-dark contrast, the 60 W MOPA module produces a broad spectrum of colours directly in the material by precisely controlling the oxide layer. This makes it possible to create multicolour motifs, logos and designs without having to apply colour afterwards. Suitable for materials such as: stainless steel, titanium alloy, anodised aluminium, gold, silver, brass, copper, iron, aluminium, plastic, slate. Fast & reliable With engraving speeds of up to 10,000 mm/s, the T1 delivers productivity at an industrial level, making it ideal for personalised products, small production runs and professional workshop applications. In combination with automatic conveyor and feeding units, the system enables continuous and efficient operation. 3D relief engraving One of the standout features is support for true 3D relief engraving. From detailed wooden reliefs to embossed metal objects, a wide range of depths and surface structures can be reproduced with precision. AI-assisted workflow The integrated camera provides a live preview for precise positioning, while AI-assisted functions such as AI Smart Fill, automatic layout and 3D curved-surface engraving make complex workflows significantly easier. No compromises on safety Class 1 certification, automatic flame monitoring and intelligent safety functions help ensure safe day-to-day operation. Features of the Creality T1 laser engraver with MOPA laser: modular laser system, 60 W MOPA laser for full-colour engraving, tool-free module changes in just a few seconds (when used with separately available laser modules), engraving speeds of up to 10,000 mm/s, suitable for metal, plastic and ceramic, supports colour engraving on stainless steel and titanium, supports 3D relief and deep engraving, fine detail and clean edges, integrated camera with real-time preview, AI Smart Fill and intelligent layout, automatic focusing, intelligent flame monitoring, Class 1 laser safety, ideal for makers, prototyping and small-batch production. Included: 1 x Falcon T1 laser cutter and engraver 1 x laser module 1 x display 1 x power supply 1 x mains cable 1 x exhaust hose 1 x Type-A to Type-C cable 1 x slatted work plate 1 x L-shaped positioning block 1 x Allen key 1 x Allen/Phillips key 1 x Type-A to Type-C adapter 1 x laser calibration card 1 x camera calibration card 1 x hose clamp 1 x field lens calibration card 1 x safety key 1 x rubber air blower 1 x material pack 1 x dust-free cloth 1 x lint-free brush 1 x quick-start guide safety instructions Technical specifications: Laser module Diode 20 W Diode 40 W Fibre 20 W MOPA 60 W UV 5 W Wavelength 455 nm ± 5 nm 1064 nm ± 5 nm 355 nm ± 2 nm Working area 175 x 175 mm 175 x 175 mm, 70 x 70 mm Positioning accuracy ± 0.01 mm Max. speed 10,000 mm/s Supported software Falcon Design Space, LightBurn, LaserGRBL Supported operating systems Windows, macOS Supported file formats jpeg, jpg, png, bmp, svg, dxf, ... Laser safety class Class 1 Input voltage 100-240 V ~ 50-60 Hz Machine dimensions 464 x 312 x 503 mm

HT Hotend Upgrade for CORE One/+ & CORE One L/+

2026-10-02T22:00:00+00:00

The Prusa HT Hotend Upgrade equips an existing CORE One printer with a second, tool-free hotend capable of nozzle temperatures of up to 400 °C. This makes it possible to process demanding high-performance engineering plastics such as PEKK-CF, PEEK-CF, PPSU and PPA-CF on these printers for the first time, materials that were previously beyond the capabilities of the standard hotend. Swapped in under a minute Switching between the standard and HT hotend is tool-free and takes less than a minute. As PLA, PETG and other common filaments can also be printed without issue using the HT hotend, it can remain installed permanently. Changing hotends is therefore optional and can simply be done to suit the print job. ► Note: The HT hotend is not compatible with the INDX multi-tool system and is intended exclusively for single-extruder versions of the CORE One family. The upgrade is compatible with the Nextruder and does not support induction heating. Included: 1 x HT hotend with hardened 0.4 mm ObXidian 500 nozzle 2 x idlers (1 x for standard materials, 1 x for high-temperature filaments) 1 x base plate made from PC Blend Carbon Fiber 1 x pair of gloves 1 x user manual Technical specifications: Max. nozzle temperature 400 °C Supplied nozzle hardened 0.4 mm ObXidian 500 (not High Flow) Compatible printers CORE One, CORE One+, CORE One+ (Gen 2), CORE One L, CORE One L+ Not compatible with INDX (multi-tool system) New material profiles PPS-CF, PPS-GF, PPA-CF, plus PC Blend, PC Blend Carbon Fiber, PA11-CF Installation time under 1 minute, tool-free Note: For nozzle diameters other than the supplied 0.4 mm nozzle, different recommendations apply depending on the material, such as a hardened 0.6 mm nozzle for Prusament PETG Ultraglow or a 0.4 mm brass High Flow nozzle (CHT) for Prusament PLA High Speed. The appropriate nozzle should be selected according to the filament being used.

3DJAKE mattePLA Halloween Monsters Bundle

2026-10-06T22:00:00+00:00

When the monsters wake at midnight, they should look scary, not shiny. The 3DJake mattePLA Halloween Monsters Bundle lets you print creatures that look so real, you would not want to meet them after dark. Black for werewolves, ravens and anything lurking in the shadows. Neon Orange for pumpkin heads with wicked grins. Neon Green for toxic slime, radioactive mutants and monster eyes staring at you from the corner. Red for devil horns and vampire cloaks. And Pink? Perfect for brains, tongues and all those fleshy little details that make monsters truly hair-raising. 3DJake mattePLA: Matt simply looks spookier. Glossy surfaces instantly give away that a monster came from the printer. mattePLA creates a premium matt finish and reduces visible layer lines, making figures, masks and props look much more realistic and often reducing the need for post-processing. At the same time, mattePLA offers good mechanical strength and tensile strength, so claws, horns and bat wings do not break off the first time they are handled. Thanks to improved UV resistance, the colours stay vibrant for longer, even when decorations are placed by a window. It prints at 200 to 230 °C and is as easy to handle as you would expect from PLA. The filament is made in the EU. Included in delivery: 1 x mattePLA Black, 1.75 mm / 1000 g 1 x mattePLA Red, 1.75 mm / 1000 g 1 x mattePLA Neon Orange, 1.75 mm / 1000 g 1 x mattePLA Pink, 1.75 mm / 1000 g 1 x mattePLA Neon Green, 1.75 mm / 1000 g

3DJAKE PCTG Dark Magic Halloween Bundle

2026-10-08T22:00:00+00:00

For Halloween enthusiasts looking to make props and decorations that need more than just a spooky look, the 3DJake PCTG Dark Magic Halloween Bundle brings together five bold colours for magical prints that are built to last. Black for cauldrons, ravens and anything that vanishes into the night. Violet for spell books, amulets and mysterious little details. Dark Green for bubbling potions, swampy monsters and moss-covered gravestones. Red for devilish faces, danger signs and dramatic accents. And Yellow for glowing eyes in the bushes and the moon above the witch’s house. 3DJake PCTG: Made for magic that lasts. PCTG is an advanced alternative to PETG, offering greater toughness and impact resistance. It also provides high chemical resistance and long-lasting durability, so printed parts can stay in shape even when props are waved around at a party or decorations are brought back out year after year. PCTG is also suitable for higher-temperature applications. Despite its strength, the filament is easy to print. The recommended print temperature is 250 to 270 °C, with a heated bed temperature of 90 to 110 °C. The filament is made in the EU. Included in delivery: 1 x PCTG Black, 1.75 mm / 1000 g 1 x PCTG Red, 1.75 mm / 1000 g 1 x PCTG Violet, 1.75 mm / 1000 g 1 x PCTG Dark Green, 1.75 mm / 1000 g 1 x PCTG Yellow, 1.75 mm / 1000 g

Vallejo Squidmar Color

2026-10-13T22:00:00+00:00

Vallejo Squidmar Color is a miniature paint range featuring new shades across acrylic paints, inks, fluorescent paints and metallics. Created by the Squidmar Miniatures team in collaboration with Vallejo, it is designed for painters looking for a carefully considered selection from a single range. The colours were developed specifically for this range rather than taken from existing collections. The focus is on high saturation, good coverage and easy mixing, helping you achieve smooth colour transitions, skin tones and lighting effects without lengthy trial and error. Colours with character The names alone set the scene: Holy Wight, Tetanus Orange, Deadliest Red, Mork Blue and Ghastly Turquoise. These are far from office beige: they are colours that stand out on a fantasy gaming table. Designed for high saturation and easy mixing, they let you quickly create a third shade from just two bottles.

Prusa CORE One L to CORE One L+ Upgrade Kit

2026-09-30T22:00:00+00:00

The Prusa CORE One L to CORE One L+ Upgrade Kit brings an existing Original Prusa CORE One L up to the hardware specification of the CORE One L+. The kit introduces two targeted hardware upgrades: new GT1.5 belts and an integrated nozzle wiper. According to the manufacturer, these two components are responsible for the visible difference in print quality between the CORE One L and CORE One L+. More precise movement with new belts The GT1.5 belts and matching pulleys replace the previous drive components and provide more precise, consistent movement of the printhead. This has a direct effect on the surface finish and dimensional accuracy of printed parts. Clean nozzle, cleaner print starts The integrated nozzle wiper automatically cleans the nozzle before printing begins. This reduces residue on the nozzle tip and helps ensure a more reliable, cleaner start to each print, which is particularly useful when changing materials frequently. User-installable with no new electronics required The upgrade is designed as a purely mechanical hardware kit and can be installed by the user using the supplied replacement nylon rivets. All firmware improvements released alongside the CORE One L+ are also available for the CORE One L as a free update and are therefore not included in this kit. Included: 1 x GT1.5 belts & pulleys 1 x nozzle wiper replacement nylon rivets .

Creality Ender 3 V3 Mega

2026-10-20T22:00:00+00:00

The Creality Ender 3 V3 Mega is an FDM 3D printer with a 420 x 420 x 420 mm build volume, print speeds of up to 500 mm/s and a direct-drive extruder that is tuned for flexible TPU filaments as standard. Large build volume for single-piece prints With a 420 x 420 x 420 mm build volume, the Ender 3 V3 Mega offers significantly more space than classic Ender models. Large objects can be printed in one piece rather than across multiple print jobs, reducing post-processing and improving the mechanical stability of the finished part. Designed for flexible TPU filaments The Ender 3 V3 Mega is specifically tuned for printing 85A TPU straight out of the box and requires significantly less adjustment than comparable printers without this optimisation. In addition to 85A TPU, it also supports firmer TPU grades up to 95A as well as 80A TPU. The printer is also suitable for PLA and PETG, while an enclosure is recommended for ABS and ASA. Auto Filament Relay for continuous operation When used with the CFS or CFS nano system, the V3 Mega automatically switches to the next available spool when the current one runs out. This reduces downtime and interruptions during longer or larger print jobs. RFID detection also allows the printer to identify loaded filament spools automatically. Print speeds of up to 500 mm/s The typical print speed is 300 mm/s, with peak speeds of up to 500 mm/s and acceleration of up to 8,000 mm/s². Input Shaping is integrated to help reduce vibration artefacts at high speeds. Less tuning, easier maintenance Automatic bed levelling and an integrated quick-change hotend simplify setup and maintenance. Combined with the factory TPU tuning, this reduces the amount of manual calibration required before the first print. Direct-drive extruder and heated bed up to 100 °C The extruder uses a direct-drive design, which offers advantages in extrusion control when printing flexible filaments such as TPU. The 0.4 mm nozzle reaches temperatures of up to 300 °C, while the epoxy-coated print bed heats up to 100 °C. The key features of the Creality Ender 3 V3 Mega at a glance: 420 x 420 x 420 mm build volume for large single-piece prints, optimised for 85A TPU with minimal tuning required, automatic filament switching via Auto Filament Relay, compatible with CFS and CFS nano with automatic RFID filament detection, print speeds of up to 500 mm/s with 8,000 mm/s² acceleration, automatic bed levelling and quick-change hotend, direct-drive extruder for precise extrusion of flexible filaments, Power Loss Recovery and Filament Tangle Detection for reliable long prints, control via a 3.2-inch colour touchscreen with support for more than 10 languages. ► Note: Filament spools are NOT included. Technical specifications: Build volume 420 x 420 x 420 mm Product dimensions 590 x 588 x 697.5 mm Net weight 20.2 kg Standard print speed 300 mm/s Max. print speed 500 mm/s Acceleration 8,000 mm/s² Print accuracy ±0.1 mm (part height ≤ 100 mm) Layer height 0.2–0.35 mm Extruder type Direct Drive Nozzle diameter 0.4 mm Nozzle temperature ≤ 300 °C Bed temperature ≤ 100 °C Print surface epoxy-coated build plate Levelling automatic bed levelling XYZE motors stepper motors Display 3.2" colour touchscreen Wi-Fi 2.4 GHz File transfer USB drive / Wi-Fi / Creality Cloud File format G-code CFS compatibility CFS, CFS nano RFID filament detection CFS, CFS nano automatic detection Advanced features Power Loss Recovery, Auto Filament Relay, Filament Tangle Detection, Input Shaping Slicing software Creality Print 7.0 or later Language support 10+ languages (incl. German, English, Spanish) Rated power 1150 W Rated voltage 100–240 V~, 50/60 Hz Filament diameter 1.75 mm Recommended filaments PLA, PETG, TPU (85A–95A) Compatible filaments ABS, ASA (enclosure recommended), 80A TPU

Creality Ender 3 V3 Mega Combo

2026-10-20T22:00:00+00:00

The Creality Ender 3 V3 Mega Combo combines the Ender 3 V3 Mega with the CFS nano unit in a complete set for multicolour printing and automated continuous operation. The printer offers a 420 x 420 x 420 mm build volume, print speeds of up to 500 mm/s and factory optimisation for TPU, while the CFS nano adds four spool slots with automatic filament detection and colour changes. CFS nano with four spool slots for multicolour and material changes The included CFS nano unit provides four spool slots and supports both four-colour printing and automatic switching between multiple spools of the same material. Each slot automatically recognises Creality filaments with an RFID tag, allowing the system to assign the material type and remaining amount to each spool automatically. Automatic filament changes in combination with the printer If a spool runs out, the CFS nano automatically switches to the next suitable spool without interrupting the print. Combined with Filament Tangle Detection and Filament Runout Detection, the system is designed to help prevent print failures caused by empty or tangled spools. Large build volume for single-piece prints The 420 x 420 x 420 mm build volume allows large models to be printed in one piece rather than in several segments. This reduces post-processing and improves the mechanical stability of the finished part compared with multi-part prints that need to be glued or screwed together. Optimised for TPU printing as standard The Ender 3 V3 Mega is specifically tuned for reliable 85A TPU printing straight out of the box and requires less adjustment than a standard printer. It also supports TPU grades up to 95A as well as 80A TPU, along with PLA and PETG, while an enclosure is recommended for ABS and ASA. High print speed even in multicolour operation The system typically prints at 300 mm/s, with peak speeds of up to 500 mm/s and acceleration of up to 8,000 mm/s². Input Shaping helps reduce vibration artefacts that can occur at high speeds and during frequent changes of direction. Key features of the Creality Ender 3 V3 Mega Combo at a glance: complete set comprising the Ender 3 V3 Mega and CFS nano multicolour unit, four spool slots for 4-colour or multi-spool printing, automatic RFID filament detection for each slot, automatic filament switching for continuous operation with fewer interruptions, 420 x 420 x 420 mm build volume for large single-piece prints, factory-tuned for 85A TPU, print speeds of up to 500 mm/s with Input Shaping, Power Loss Recovery and Filament Tangle/Runout Detection. ► Note: Filament spools are NOT included. Technical specifications: ► Ender 3 V3 Mega: Build volume 420 x 420 x 420 mm Product dimensions 590 x 588 x 697.5 mm Net weight (printer) 21.2 kg Typical print speed 300 mm/s Maximum print speed 500 mm/s Acceleration 8,000 mm/s² Print accuracy ±0.1 mm (part height ≤ 100 mm) Layer height 0.2–0.35 mm Extruder type Direct Drive Nozzle diameter 0.4 mm Nozzle temperature ≤ 300 °C Bed temperature ≤ 100 °C Print surface epoxy-coated build plate Levelling automatic bed levelling Display 3.2-inch colour touchscreen Wi-Fi 2.4 GHz File transfer USB drive / Wi-Fi / Creality Cloud File format G-code Advanced features Power Loss Recovery, Auto Filament Relay, Filament Tangle Detection, Input Shaping Slicing software Creality Print 7.0 or later Language support 10+ languages (incl. German, English, Spanish) Rated power 1150 W Rated voltage 100–240 V~, 50/60 Hz Filament diameter 1.75 mm Recommended filaments PLA, PETG, TPU (85A–95A) Compatible filaments ABS, ASA (enclosure recommended), 80A TPU ► CFS nano: Dimensions 360 × 230 × 348 mm Net weight 1.8 kg Spool slots 4 Rated power 15 W Connectivity wired Power supply DC 24 V (powered via printer) Status indicator yes Auto Filament Relay yes Tangle Detection yes Filament Runout Detection yes RFID filament detection per slot, automatic detection of Creality RFID filament Filament diameter 1.75 mm Spool compatibility Inner diameter: 52–55 mm, Outer diameter: ≤ 202 mm, Width: 42–68 mm Weight: 1000 g

Bambu Lab PETG Matte White

2026-10-07T22:00:00+00:00

eufyMake Roll-to-Film Attachment

2026-09-28T22:00:00+00:00

The eufyMake Roll-to-Film Attachment is an add-on for UV printers that expands the machine from flatbed printing to roll-to-roll printing. It allows continuous designs of up to 10 metres in length to be produced, making it suitable for banners, vehicle graphics, longboard designs or complete batches of stickers. Once a print job is complete, the integrated automatic cutting function cleanly separates the printed material from the remaining roll. This reduces manual finishing work and speeds up the transition to the next job. ► The attachment supports roll media approximately 10 to 30 cm wide with a material thickness of 0.1 to 0.6 mm. The maximum relief height for textured UV printing is 1 mm, allowing structured designs to be produced in roll format as well. Technical specifications: Dimensions 391 x 316 x 178 mm Weight 5 kg Weight incl. packaging 7 kg Max. material length 10 m Media width approx. 10–30.5 cm Material thickness 0.1–0.6 mm Maximum relief height 1 mm Operating humidity 20–85% relative humidity Operating temperature 15–35 °C Cutting function automatic cutting

Mintion MT15 Air Quality Detector

2026-10-13T22:00:00+00:00

The Mintion MT15 Air Quality Detector is a compact air quality monitor with up to 15 readings, a colour display with trend graphs and customisable colour bands for quick assessment. It measures fine particles, volatile organic compounds, CO₂, CO, formaldehyde, temperature and humidity in a single device. Designed primarily for everyday 3D printing, it helps you see what happens to the air during a print and whether a filter makes a difference. Multiple readings on one screen Rather than requiring several separate devices, the MT15 displays the key air quality readings together: fine particles (PM2.5, PM1.0 and PM0.3), TVOC, CO₂, CO, HCHO, temperature and relative humidity. Please note: The readings displayed may vary depending on the production batch and firmware. Compare particles and gases side by side Fine particles and odour levels can be tracked alongside each other. This lets you clearly compare measurements before, during and after a print, for example with and without extraction or filtration. Trend graphs with peak markers The device plots readings in real time and marks peaks. The display smooths the readings over one-minute intervals. This makes differences easier to see, for example when you measure the same print with and without a filter and overlay the graphs. Colour bands for quick decisions Green, yellow, orange and red bands help you assess readings at a glance. You can set the thresholds yourself, along with the levels that trigger alerts, tailoring the display to your room and material. What to monitor for each filament PLA, PETG ► Monitor PM2.5, PM1.0 and TVOC. ABS, ASA ► Focus on TVOC and the PM0.3 trend, including a comparison between printing and the subsequent chamber purge. Nylon, PA ► Track TVOC alongside temperature and humidity. Tips for meaningful measurements Position the sensor at mid to upper height on the side opposite the door, away from direct airflow. Before each test, leave the chamber closed for 10 to 15 minutes to establish a baseline reading. Express PM0.3 readings as a multiple of this baseline to make comparisons clearer. Overlay the graphs recorded with and without a filter, and note the reduction in peak levels and the purge time. Designed to complement the Mintion Filtration V1 The MT15 is designed to be the ideal monitoring companion for the Mintion Filtration V1. For PLA and PETG, Mintion recommends printing with the door open and extraction close to the source. For ABS and ASA, the filtration system recirculates air at a low flow rate to keep the chamber warm, then purges it at a high flow rate after printing. The MT15 shows the effect in its trend graphs. Contents: 1 x MT15 Air Quality Detector 1 x USB-C cable 1 x Quick start guide Technical specifications: CO₂ measurement range 400–5000 ppm (±50±5% ppm) CO measurement range 0–999 ppm (±10 ppm) TVOC measurement range 0–9.99 mg/m³ (±0.05 mg/m³) HCHO measurement range 0–1.99 mg/m³ (±0.05 mg/m³) PM2.5 measurement range 0–999 µg/m³ (±10 µg/m³) PM1.0 measurement range 0–999 µg/m³ (±10 µg/m³) PM0.3 measurement range 0–999 µg/m³ (±10 µg/m³) Temperature −10 to 50 °C (±2 °C) Humidity 0–99% RH (±5% RH) Display Colour display with graphs and numerical readings Measurement interval Real time with one-minute smoothing Power supply Rechargeable battery (3.7 V 18650 mAh) or DC 5 V / 1 A via USB-C Dimensions 90 x 70 x 35 mm Weight Approx. 160 g

Creality 60W MOPA Laser Upgrade Kit for Falcon T1

2026-09-30T22:00:00+00:00

This is a 60 W MOPA Laser Upgrade Kit for the Creality Falcon T1. The 60 W MOPA laser enables coloured engraving results on metal where conventional laser modules produce only shades of grey. MOPA technology allows precise control over colour and engraving depth, creating designs with visible texture rather than simple surface marking. Note: The laser module must be calibrated before first use.

Bambu Lab PETG Matte Lime

2026-10-07T22:00:00+00:00

Metrohub 09T Robot 3D Scanning System

2026-09-30T22:00:00+00:00

The Revopoint Metrohub 09T Robot 3D Scanning System is a fully integrated solution for automated 3D scanning and measurement tasks in laboratories, test environments and production lines. The system combines the collaborative Vbot 9 six-axis robotic arm with the high-precision Metrohub tracking system and the Trackit Optical Tracking 3D Scanner, creating a fully automated workflow from part capture through to evaluation. With sensitive force sensors, intuitive drag-to-teach operation and seamless integration with Revo software, the system opens up entirely new possibilities for reverse engineering, quality control and serial inspection. Automated robotic scanning The collaborative Metrohub enables fully automated 3D capture and measurement of entire series of components. Thanks to the integrated force sensors, the system detects even the slightest contact and stops immediately in the event of a potential collision. This allows you to work safely and productively side by side with the robotic arm, without the need for separate safety zones or protective fencing. Automate complex scans with ease The flexible Vbot 9 six-axis robotic arm, combined with the Trackit Optical Tracking 3D Scanner, can capture even complex geometries with diameters up to 0.5 m automatically. The combination of precise motion control and optical tracking ensures reliable point clouds at every scan position. Volumetric accuracy: 0.025 mm + 0.04 mm x L (m), Freedom of movement: 6-axis, ±360° movement range. Real-time high-speed inspection With 30 crossed blue laser lines and a measurement rate of up to 1.5 million measurements per second, the Metrohub system integrates seamlessly into existing production lines. Marker-free tracking enables efficient automated inspection without the need to prepare parts with reference points. The result is significantly improved inspection and production efficiency. 6-axis force sensing for maximum precision The Vbot 9 features integrated 6-axis force sensing, providing the robot with ultra-sensitive real-time force feedback. This enables the system to respond dynamically to external influences, apply precise force control and carry out highly accurate, complex manipulation tasks. Intuitive drag-to-teach programming The drag-to-teach function makes robot programming extremely simple. Instead of writing complex lines of code, you manually guide the robotic arm through the desired movement sequence. The system stores the positions and repeats them precisely. This allows even beginners to configure complex scanning sequences within minutes. Plug-and-play 3D automation The system offers three intuitive ways to create scan paths: Drag-to-teach: manual teaching by moving the robot, CAD-to-path: automatic path creation from existing CAD data, Vision-to-path: camera-based path generation using the detected part. This significantly reduces programming effort and allows complex scan routines to be created quickly, flexibly and accurately. Full integration with Revo software The Robot 3D Scanning System is seamlessly integrated into the Revo software suite: Revo Measure: automatic CAD import, mesh and point cloud comparison with CAD data, one-click GD&T measurements; Revo Design: seamless scan-to-CAD workflow for fast and accurate reverse engineering. This means the system covers the complete process from 3D capture and evaluation through to design in one continuous software environment. Calibration in just 25 minutes Instead of relying on lengthy, error-prone calibration processes, the system uses automatic multi-pose calibration between Trackit and Vbot. Full calibration is completed in just 25 minutes, with no human error sources and with reliable, repeatable results. Safety integrated into the design Thanks to 1N force sensitivity, the Vbot 9 can detect even the slightest contact and stops immediately. This allows you to work directly next to the robot without safety fences or separate zones. Open software interface for third-party applications The TCP/IP software control protocol allows the system to be easily integrated into existing control software and automation environments. Ideal for manufacturing automation, inspection, batch 3D scanning and customised applications in research and production. Detachable & flexible The 3D scanner is detachable and can be used independently for manual applications. This means the system not only provides an automated solution, but also the flexibility of a mobile handheld scanner for specialist tasks. Included: 1 x Trackit Tracking 3D Scanner 1 x Vbot 9 robot 1 x emergency stop button 1 x Ethernet cable 1 x power supply for Vbot 9 robot 1 x electric metal turntable 1 x scanner adapter 8 x T-shaped target marker 1 x gauge block hex key set with flat-head screwdriver 40 x screws 20 x cable clip 1 x suction cup cable holder 1 x pin tool TrackBot software Technical specifications: ► Trackit Optical Tracking 3D Scanner Scanner: Dimensions 295 x 295 x 205 mm Weight 1.2 kg Light source 30 crossed blue laser lines 1 single blue laser line Single-frame accuracy 0.02 mm Scan speed 1,500,000 points/s Working distance 200–400 mm Capture area at nearest distance 160 x 70 mm @ 200 mm Capture area at furthest distance 320 x 215 mm @ 400 mm Operating temperature range 0–40 ℃ Export formats PLY, OBJ, STL, ASC, 3MF, GLTF, FBX Trackit: Dimensions 686 x 115 x 111 mm Weight 1.8 kg Tracking technology Infrared Recommended object size range 0.01–6 m Volumetric accuracy 0.025 mm + 0.04 mm x object length (m) Working distance 1500–4000 mm Minimum tracking area 1304 x 1067 mm @ 1500 mm distance Maximum tracking area 3260 x 2845 mm @ 4000 mm distance Tracking volume 11 m³ User calibration Tracker: automatic calibration via gimbal system Scanner: manual calibration required Supported accessories calibration board, calibration rod, auto-calibration unit (gimbal), anchor blocks, large turntable ► Vbot 9 Robot Max. payload 5 kg Working radius 919 mm Weight 17.5 kg Number of axes 6 Max. TCP speed ≤2 m/s Protection rating (IP) IP54 Operating temperature 0 °C to +50 °C Storage temperature −10 °C to +55 °C Humidity 0%–93% Axis range of motion (ROM) axis J1 ±360° axis J2 ±135° axis J3 −170° to +140° axis J4 ±360° axis J5 ±360° axis J6 ±360° Max. axis speed axis J1 180°/s axis J2 180°/s axis J3 180°/s axis J4 180°/s axis J5 180°/s axis J6 180°/s Noise level ≤70 dB(A)

Bambu Lab PETG Matte Gray

2026-10-07T22:00:00+00:00

Vbot 9 Robot

2026-09-30T22:00:00+00:00

The Revopoint Robot Vbot 9 is a powerful collaborative 6-axis robotic arm designed for safe use directly alongside people. With highly sensitive force sensors, comprehensive safety certification and precise motion control, it is ideal for industrial applications, research, precision assembly and automated inspection tasks. Thanks to intuitive drag-to-teach programming and a comprehensive software ecosystem, integration into existing workflows is particularly straightforward, even without extensive programming experience. ► Main difference between Vbot 9 and Vbot 9C: The Vbot 9 and Vbot 9C share the same basic specifications. The main difference lies solely in the control architecture: Vbot 9 with integrated controller: control electronics are integrated directly into the robotic arm as an all-in-one solution, compact setup with no separate external control cabinet, ideal for standard applications with limited space and simple system integration. Vbot 9C with external Control Cab controller: uses the separate, compact Control Cab as an external control unit, the Control Cab can be mounted flexibly, either standing on the floor or on a rear wall, extended interfaces in the Control Cab, ideal for more demanding system integrations that require additional I/O, or for deployments in tight spaces where the electronics should not be housed in the arm. Safety in every movement The Vbot 9 has been designed consistently for safe collaboration with people. Advanced force sensors detect even the slightest contact and immediately initiate rapid collision prevention, reacting five times faster than comparable standard systems. The robot also features more than 21 safety functions, redundant monitoring and a reliable braking system. This allows you to work directly around the robotic arm without having to set up separate safety fencing or safety zones. 6-axis force sensing for maximum precision At the heart of the system is integrated 6-axis force sensing, which gives the Vbot 9 ultra-sensitive real-time force feedback. This enables dynamic force measurements across several axes at once, as well as precise force control – the ideal foundation for highly accurate manipulation tasks in demanding industrial and scientific applications. Fine motion control with ±0.03 mm repeat accuracy With repeat accuracy of ±0.03 mm, the Vbot 9 handles even demanding tasks such as precision assembly, fine inspection work and complex assembly processes. This accuracy makes it a reliable tool in areas where the smallest tolerances matter, from electronics manufacturing to research. Intuitive drag-to-teach programming The drag-to-teach function makes operating the Vbot 9 easier than ever. Instead of complex programming, simply guide the robotic arm manually through the desired movement sequence. The system stores all positions and repeats them precisely. This allows even beginners to configure complex tasks quickly, with no programming experience required. High performance and large working radius Dynamic force control in the joints increases the collaborative efficiency of the Vbot 9 by more than three times compared with comparable systems. With a working radius of 919 mm, the robot is flexible enough for reliable use across a wide range of applications. One ecosystem, unlimited possibilities The Vbot 9 is part of a comprehensive software ecosystem designed to support effective collaboration between people and machines. With powerful tools such as the Revopoint Control Interface (RCI) and an extensive SDK, you get plug-and-play flexibility for every industry: force-controlled applications, laser welding, precision assembly, quality inspection and measurement. The robust ecosystem simplifies integration into existing systems as well as individual further development, making it a reliable partner for machine builders and system integrators. Included: 1 x Vbot 9 robot 1 x M8 circular connector 1 x collaborative AGV power cord 1 x USB flash drive 1 x emergency stop button box 1 x power adapter 1 x xPad2 teach pendant Technical specifications: Max. payload 5 kg Working radius 919 mm Weight 17.5 kg Number of axes 6 Repeat accuracy ±0.03 mm Max. TCP speed ≤2 m/s Protection rating (IP) IP54 Operating temperature 0 °C to +50 °C Storage temperature −10 °C to +55 °C Humidity 0%–93% Axis range of motion (ROM) Axis J1 ±360° Axis J2 ±135° Axis J3 −170° to +140° Axis J4 ±360° Axis J5 ±360° Axis J6 ±360° Max. axis speed Axis J1 180°/s Axis J2 180°/s Axis J3 180°/s Axis J4 180°/s Axis J5 180°/s Axis J6 180°/s Noise level ≤70 dB(A)

Vbot 9C Robot

2026-09-30T22:00:00+00:00

The Revopoint Robot Vbot 9C is a powerful collaborative 6-axis robotic arm designed to work safely alongside people. With highly sensitive force sensors, comprehensive safety certification and precise motion control, it is ideal for industrial applications, research, precision assembly and automated inspection tasks. Thanks to intuitive drag-to-teach programming and a comprehensive software ecosystem, integration into existing workflows is particularly straightforward, even without extensive programming experience. ► The key difference between Vbot 9 and Vbot 9C: They share the same basic specifications. The main difference lies solely in the control architecture: Vbot 9 with integrated controller: control electronics are integrated directly into the robotic arm as an all-in-one solution, compact setup with no separate external control cabinet, ideal for standard applications with limited space and simple system integration. Vbot 9C with external Control Cab controller: uses the separate, compact Control Cab as an external control unit, the Control Cab can be mounted flexibly, either standing on the floor or on a rear wall, extended interfaces in the Control Cab, ideal for more demanding system integrations that require additional I/O, or for deployments in tight spaces where the electronics should not be housed in the arm. Safety in every movement The Vbot 9 has been designed consistently for safe collaboration with people. Advanced force sensors detect even the slightest contact and immediately initiate rapid collision prevention, reacting five times faster than comparable standard systems. The robot also features more than 21 safety functions, redundant monitoring and a reliable braking system. This allows you to work directly around the robotic arm without having to set up separate safety fencing or safety zones. 6-axis force sensing for maximum precision At the heart of the system is integrated 6-axis force sensing, which gives the Vbot 9 ultra-sensitive real-time force feedback. This enables dynamic force measurements across several axes at once, as well as precise force control – the ideal foundation for highly accurate manipulation tasks in demanding industrial and scientific applications. Fine motion control with ±0.03 mm repeatability With repeatability of ±0.03 mm, the Vbot 9 can handle even demanding tasks such as precision assembly, fine inspection work and complex assembly processes. This accuracy makes it a reliable tool in areas where the smallest tolerances matter, from electronics manufacturing to research. Control Cab – compact high-performance controller The external Control Cab is the powerful control partner for the Vbot 9. Despite its compact design, it offers extensive connection options and can be mounted flexibly, either standing on the floor or on a rear wall. The integrated interfaces include: 2 x USB 3.0 ports, 1 x Ethernet port, digital I/O interfaces, 24 V power output. This gives the Control Cab seamless connectivity and flexible deployment, even in confined work areas. Intuitive drag-to-teach programming The drag-to-teach function makes operating the Vbot 9 easier than ever. Instead of complex programming, simply guide the robotic arm manually through the desired movement sequence. The system stores all positions and repeats them precisely. This allows even beginners to configure complex tasks quickly, with no programming experience required. High performance and large working radius Dynamic force control in the joints increases the collaborative efficiency of the Vbot 9 by more than three times compared with comparable systems. With a working radius of 919 mm, the robot is flexible enough for reliable use across a wide range of applications. One ecosystem, unlimited possibilities The Vbot 9 is part of a comprehensive software ecosystem designed to support effective collaboration between people and machines. With powerful tools such as the Revopoint Control Interface (RCI) and an extensive SDK, you get plug-and-play flexibility for every industry: force-controlled applications, laser welding, precision assembly, quality inspection and measurement. The robust ecosystem simplifies integration into existing systems as well as individual further development, making it a reliable partner for machine builders and system integrators. Included: 1 x Vbot 9C robot 1 x M8 circular connector 1 x 220V power cord, 10 A SR-MCC Trunks 1 x USB flash drive 1 x xPad2 Teach Pendant 1 x Control Cab Technical specifications: Max. payload 5 kg Working radius 919 mm Weight 16.5 kg Number of axes 6 Repeatability ±0.03 mm Max. TCP speed ≤2 m/s Protection rating (IP) IP54 Operating temperature 0 °C to +50 °C Storage temperature −10 °C to +55 °C Humidity 0%–93% Axis range of motion (ROM) Axis J1 ±360° Axis J2 −160° to +150° Axis J3 −170° to +140° Axis J4 ±360° Axis J5 ±360° Axis J6 ±360° Max. axis speed Axis J1 180°/s Axis J2 180°/s Axis J3 180°/s Axis J4 180°/s Axis J5 180°/s Axis J6 180°/s Noise level ≤70 dB(A) Control type external via Control Cab ► Control Cab: Dimensions 450 x 250 x 350 mm Weight approx. 15 kg Protection rating (IP) IP45 Noise level ≤70 dB(A) Power supply 90–264 VAC, 47–63 Hz Max. output current 2 kW Short-circuit current 40 A Operating temperature 0 ℃ to +45 ℃ Max. humidity ≤95%

Prusament PLA Pristine White Refill (NFC)

2026-09-22T22:00:00+00:00

The Prusa Prusament PLA is a reliable, easy-to-print filament that delivers clean results and premium quality - whether you’re a beginner or an experienced user. Thanks to its low thermal expansion, PLA shows minimal warping, making it ideal for larger models or precise prototypes. Its relatively low melting temperature also allows for fine details and small components to be printed with ease - perfect for miniatures, figurines and design objects. While PLA does not offer the extreme strength or heat resistance of certain technical filaments, it stands out for its versatility and excellent surface finish. It is the ideal choice for conceptual models, decorative pieces or functional parts subject to moderate loads. With Prusament Refill, you can easily give your empty Prusament spool a second life. Instead of purchasing a new spool, simply remove the sides from your existing one, click them onto the refill and you’re ready for your next print project. As always, you benefit from the trusted Prusament quality: precisely manufactured, neatly wound and securely packaged to ensure everything arrives in perfect condition - with no tangles on the spool.

Bambu Lab PETG Matte Baby Blue

2026-10-07T22:00:00+00:00

Bambu Lab PETG Matte Violet

2026-10-07T22:00:00+00:00

Bambu Lab PETG Matte Avocado Green

2026-10-07T22:00:00+00:00

Bambu Lab PETG Matte Pink

2026-10-07T22:00:00+00:00