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QIDI Tech Plus5 Combo

2026-09-07T22:00:00+00:00

The QIDI Tech Plus5 Combo combines the QIDI Plus5 with a QIDI Box to create a set for multi-material and multicolour printing. The Plus5 features a 320 x 320 x 300 mm build volume, a hotend capable of reaching up to 370 °C and active chamber heating up to 65 °C. The QIDI Box adds up to four spool slots with automatic material recognition and filament changing. By linking multiple QIDI Boxes, up to 16 colours and materials can be used in a single print job. Larger 320 x 320 x 300 mm build volume The Plus5 offers a significantly larger build volume than its predecessor, the Plus4. With 320 x 320 x 300 mm of space, larger models, cosplay parts, RC components and small production runs can be printed in one go without having to split large models into separate sections. The improved use of space removes volume limitations from your ideas and makes the Plus5 an ideal tool for ambitious projects. Next-generation motion system for flawless surfaces The completely redesigned motion system delivers sharp detail and consistently high print quality: 1.5GT custom belts for higher density, smoother motion and reduced VFA (Vertical Fine Artefacts), upgraded X-axis linear rails for smooth movement and a long service life, lightweight toolhead for reduced inertia, cleaner edges and consistent surface quality, automatic belt tensioning and high-hardness linear guide rails. Nozzle-as-sensor for a perfect first layer without offset Instead of using an external bed levelling sensor, the Plus5 uses the nozzle itself as the sensor. An integrated load-cell sensor in the hotend detects direct physical contact with the print bed without offset, without unnecessary calibration steps and without being affected by ambient vibrations or build plate materials. The result is exceptional first-layer accuracy and a clean start to every print. 3rd-generation active chamber heating up to 65 °C The third-generation active chamber heating maintains a constant 65°C with active air circulation. This allows demanding high-temperature filaments such as ABS, PC, ASA, PA, PPS-CF, PA6-CF, PET-CF and PAHT-CF to be printed without warping issues. Combined with a 320 x 320 mm silicone heating mat with dense heating wire and insulation, the Plus5 provides highly even heat distribution. Active toolhead cooling works as an "air conditioner" for the extruder The active toolhead cooling works like a small air-conditioning system directly at the print head. Strong airflow reduces heat creep and helps prevent clogs, even during long print runs. Combined with chamber heating, the Plus5 balances a hot chamber for warp-free printing with a cool extruder for reliable extrusion. Next-Gen 370°C hotend The newly designed hotend reaches nozzle temperatures of up to 370°C and supports a material flow rate of up to 40 mm³/s. This makes the Plus5 not only fast, but also suitable for demanding high-performance filaments, from PLA and PC to PPS-CF. The setup also includes: direct extruder with hardened dual-gear drive gears, ceramic heater plate with multi-metal construction, bimetal nozzle – standard 0.4 mm, optional 0.2 / 0.6 / 0.8 mm. Optional: multi-material printing with up to 16 colours With the compatible QIDI Box, available separately, the Plus5 supports multicolour and multi-material printing with up to 16 colours, including support filaments. The QIDI Box also features integrated chamber heating up to 65°C and an effortless auto-refill function for uninterrupted printing. Comprehensive safety assurance The Plus5 is designed for safe operation: 3-layer air filtration with G3 pre-filter + H12 HEPA + coconut-shell activated carbon: filters up to 99.5% of dust and airborne particles; multi-sensor closed-loop temperature control: monitors all relevant temperature zones, including the nozzle, chamber and heated bed; flame-retardant chamber construction for maximum safety; AI camera with anomaly detection: actively detects typical issues such as spaghetti prints or foreign objects. Smart status display with LED lighting A full-colour LED status light directly on the heated bed shows the current printer status at a glance, including sleep mode, print preparation, print progress and warnings. All-new QIDI software ecosystem The Plus5 is part of the newly developed QIDI software ecosystem, designed to integrate hardware and software seamlessly: QIDI Studio Slicer: optimised for high-speed printing, with multi-printer group control, QIDI Maker: new model platform with thousands of curated designs available to download free of charge, QIDI Mobile App: remote printer control, status monitoring and one-tap printing directly from your smartphone, expertly optimised parameter library: clean overhangs, precise complex geometries and stable extrusion, even with engineering-grade filaments, Klipper open-source firmware: full customisability for advanced users, compatibility with popular slicers such as Orca and PrusaSlicer. The QIDI Box by Qidi Tech is a smart filament station that automatically recognises materials, keeps spools permanently dry and handles filament changes on its own. It uses NFC to identify loaded QIDI filaments and apply the appropriate print settings directly, removing the need for manual adjustments. When a spool runs out, the box automatically switches to the next roll, helping reduce print interruptions and material waste. For colourful or multi-material projects, up to four QIDI Boxes can be linked together, allowing up to 16 filaments to be used at the same time. The hardened steel dual-gear extrusion system ensures reliable feeding, even with demanding composite filaments such as carbon or glass fibre-reinforced materials. Both breakaway and water-soluble support structures can be printed and removed with ease when using the box. During printing, the QIDI Box keeps its spools dry at a constant 65 °C, helping to reduce stringing and support print accuracy. For safety, a PTC fuse and two temperature sensors monitor operation in real time and automatically shut the box down if unusual values are detected. This is complemented by real-time humidity monitoring, automatic filament clog detection, an airtight seal against moisture and a modular design for quick spool changes. ► Compatible filament spools: 1.75 mm filament diameter, spool width from 50–72 mm, outer diameter from 195–202 mm. Technical specifications: ► Qidi Tech Plus5: Device dimensions 500 x 488 x 558 mm Net weight 29,000 g Build volume 320 x 320 x 300 mm XY structure CoreXY Max. printing temperature 370°C Max. chamber temperature 65°C Max. heated bed temperature 120°C Max. speed 600 mm/s Max. acceleration ≤ 20,000 mm/s² Extruder Direct Drive with hardened dual gears Hotend ceramic heater plate Nozzle bimetal, 0.4 mm standard (0.2 / 0.6 / 0.8 mm optional) Filament diameter 1.75 mm Build plate double-sided textured PEI plate Heated bed aluminium silicone heated bed Air filtration 3-in-1 G3 pre-filter + H12 HEPA + coconut-shell activated carbon Camera low-frame-rate camera (up to 1080p), time-lapse support Connectivity 2.4 GHz / 5 GHz Wi-Fi, Ethernet, USB Supported slicers QIDI Studio, Orca, PrusaSlicer, etc. Supported operating systems Windows, macOS, Linux Levelling Automatic, integrated load-cell sensor Functions AI camera detection Resonance Compensation Power Loss Recovery Filament Cutter Filament Run-Out Sensor Display 4-inch touchscreen, 480 x 320 pixels Supported filaments PLA, ABS, ASA, PETG, TPU, PA, PC, carbon and glass fibre-reinforced polymers, etc. Rated power 150 W + 550 W (chamber heating) + 500 W (heated bed) Voltage 100/240 VAC, 50/60 Hz Storage 32 GB eMMC + USB 2.0 flash drive ► Qidi Box: Dimensions 357 x 300 x 234 mm Net weight 4.35 kg Housing material ABS, PC Number of spool slots 4, expandable up to 16 Filament channel indicators 4 separate LED lights Feed gears hardened steel dual-gear drive Feed motors 4 x 42 stepper motors Ventilation manual Supported materials PLA, PETG, ABS, ASA, PET, PA, PC, PVA (dry), BVOH (dry), PP, POM, HIPS, TPU 64D, ABS-CF / GF, PLA-CF / GF, PETG-CF / GF, PPS-CF, PET-CF / GF Unsupported materials TPE, generic TPU, PVA (wet), BVOH (wet), TPU 95A, QIDI PAHT-CF and other very flexible or very rigid filaments Filament diameter 1.75 mm Compatible spools width: 50–72 mm diameter: 195–202 mm RFID recognition supported Filament drying active, during printing, max. 65 °C Filaments supported for drying PLA, ABS, ASA, PA, PC, PET, PETG, PPS, PLA Wood Sealed storage yes Temperature and humidity monitoring real-time measurement, display on the screen and in QIDI Studio Desiccant compartment yes Voltage 110 V / 220–240 V AC, 50/60 Hz Max. power consumption 245 W

Liqcreate Tray

2026-09-07T22:00:00+00:00

Liqcreate Tray is an opaque turquoise photopolymer resin for 3D printing custom dental impression trays. It offers a combination of high printing speed with the stiffness needed for custom dental impression trays, making it suitable for implant, denture, crown and bridge impressions. The resin can be processed reliably on most open 3D printers operating at wavelengths between 385 and 405 nm, including DLP, MSLA and laser-based systems. Tip: The material can be steam-sterilised in an autoclave without impairing its mechanical properties. In fact, after sterilisation at 121 °C or 134 °C, both flexural strength and flexural modulus are higher than in the untreated control material.

Nobufil PETG Matt Industrial Brown

2026-09-21T22:00:00+00:00

Nobufil PETG is a recycled filament made from plastic waste. It offers excellent layer adhesion, long-lasting performance and high toughness. The material is highly impact-resistant and has similar temperature resistance and strength to ABS. Nobufil PETG prints with hardly any warping and is odourless, making it ideal for printing parts exposed to mechanical stress.

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.

Nobufil PETG Matt Industrial Beige

2026-09-21T22:00:00+00:00

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

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.

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

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

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

SUNLU Silk PLA+ 2.0 Light Gilded Gold

2026-09-21T22:00:00+00:00

SUNLU Silk PLA+ 2.0 is a high-gloss silk filament that combines a silky-smooth, reflective surface with noticeably improved layer adhesion. Silk PLA+ 2.0 is around 60% glossier than the earlier silk formula. Light is reflected more evenly, making colours appear richer and giving surfaces a deep, premium shimmer without any polishing or painting. Silk PLA+ 2.0 is ideal for decorative models, jewellery and art objects where visual impact is the main focus. Stronger than its looks suggest Despite its silky finish, the material is robust: layer adhesion is around 50% stronger than standard silk PLA, so printed parts are less likely to break or split while still retaining a pleasant degree of flexibility.

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

SUNLU PETG 2.0 Black

2026-09-21T22:00:00+00:00

SUNLU PETG 2.0 is an enhanced PETG filament with improved impact strength, more stable printing behaviour and a subtle matt finish. It is suitable for functional everyday parts that need to withstand demanding use, both indoors and outdoors. Compared with standard PETG, the revised formula offers significantly higher impact strength. This means brackets, hooks or storage solutions can better withstand drops or rough handling without splitting straight away. Weather-resistant for outdoor use Whether for garden tools, outdoor accessories or balcony brackets, PETG 2.0 reliably withstands moisture and everyday weathering without losing its shape or stability. Clean printing with less stringing The revised formulation noticeably reduces stringing, so prints come off the printer cleaner and require less post-processing. At the same time, high layer adhesion helps create smooth, structurally stable surfaces. Matt instead of glossy Instead of the typical glossy look of PETG, the surface has a subtle matt finish. This gives functional parts a clean, premium look without any post-processing.

SUNLU LW-PLA White

2026-09-21T22:00:00+00:00

SUNLU LW-PLA is a lightweight PLA filament that can be used to print significantly lighter parts than standard PLA thanks to an active foaming effect during printing. With a density of just 0.84 g/cm³, it is particularly suitable for model aircraft, drone parts and other applications where every gram matters. Light as a feather, but stable Compared with standard PLA, LW-PLA reduces the weight of identical models by around 30% without sacrificing the familiar print stability. When heated, the material expands slightly and forms a fine-pored internal structure, reducing mass while maintaining a comparable wall thickness. For RC aircraft, this means lower wing loading, a lower stall speed and noticeably improved flight characteristics. Matt surface, ready for paint Instead of the typical PLA shine, the printed surface has a fine matt finish with good absorbency. This allows paint and primer to adhere particularly well, an advantage for anyone planning to paint model aircraft or cosplay parts afterwards.

SUNLU Silk PLA+ 2.0 Light Gold

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SUNLU Silk PLA+ 2.0 Titanium Steel

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SUNLU PETG 2.0 Bone White

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SUNLU PETG 2.0 Vivid Yellow

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SUNLU PLA+ 2.0 Black

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SUNLU PLA+ 2.0 is an enhanced PLA+ formula with significantly higher impact strength, ABS-like durability and support for high-speed printing at up to 300 mm/s. With an impact strength of up to 10 kJ/m², PLA+ 2.0 achieves around two to three times the toughness of conventional PLA+. This means printed parts can handle knocks and rough handling much better without splitting straight away. In terms of toughness, the material is as robust as Easy ABS, while retaining the familiar, easy-to-print properties of PLA. No heated chamber or complex tuning is required. Fast printing without compromise Thanks to around 1.5x higher flowability compared with standard PLA, PLA+ 2.0 supports print speeds of up to 300 mm/s. This is especially useful for larger projects or tight schedules, without compromising print quality. Wide colour range for every project With around 30 colours, from bold Klein Blue and subtle Coffee Brown to classic black and white, PLA+ 2.0 is highly versatile, whether for functional parts or decorative models.

SUNLU PETG 2.0 Blush Pink

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SUNLU TPU 90A Green

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SUNLU TPU 90A is a flexible filament with a Shore hardness of 90A, offering a combination of elasticity and toughness in one material. It is suitable for functional parts that need to bend, stretch or compress without losing stability. Soft, but not easy to break TPU 90A is ideal where rigid filaments such as PLA are no longer flexible enough. Printed parts can be bent, compressed and stretched without tearing, making it ideal for hinges, seals, grips and protective covers that need to withstand the rigours of daily use.. Long-lasting, even under continuous stress The material is resistant to ageing and everyday environmental stress. It retains its shape and elasticity well, even after extended use, a clear advantage over filaments that can become brittle or cracked over time.

SUNLU PETG 2.0 Beige

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SUNLU PETG 2.0 Olive Green

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SUNLU PETG 2.0 White

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SUNLU Silk PLA+ 2.0 Copper Red

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SUNLU PLA+ 2.0 Grey

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SUNLU PLA Galaxy Stardust Purple

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SUNLU PLA Galaxy is an iridescent PLA filament with a colour-shifting finish that changes with the light and viewing angle. Inspired by the Milky Way, it turns simple prints into shimmering one-of-a-kind pieces. The effect is especially striking on illuminated objects such as vases or lampshades, where the light brings the shifting colour tones to life from within. Fantasy figures, jewellery and decorative pieces also benefit from the vibrant, almost three-dimensional colour play. One print, countless shades Tilt a model in the light and deep green and violet tones move across the surface. Turn it further and golden reflections begin to flash through. This effect is created directly in the material, with no painting or post-processing required, making every printed object a small unique piece. Prints like classic PLA Notwithstanding its complex colour effect, the material prints just like classic PLA. It offers good layer adhesion, a low tendency to warp and is easy to print, even for beginners.

SUNLU PETG 2.0 Yellow

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SUNLU Silk PLA+ 2.0 Glossy Lake Cyan

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SUNLU PLA+ 2.0 Ceramic

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SUNLU TPU 90A Red

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SUNLU TPU 90A Grey

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SUNLU PETG 2.0 Sunny Orange

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SUNLU Silk PLA+ 2.0 Silver

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SUNLU PETG 2.0 Peach Pink

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SUNLU Silk PLA+ 2.0 White

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SUNLU PLA+ 2.0 White

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SUNLU PLA Galaxy Star Brown

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SUNLU Silk PLA+ 2.0 Streamer Blue

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SUNLU Silk PLA+ 2.0 Satin Glow Orange

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SUNLU Silk PLA+ 2.0 Soft Satin Pink

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SUNLU PETG 2.0 Red

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SUNLU PLA+ 2.0 Bone White

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SUNLU PLA Galaxy Galaxy Green

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SUNLU PLA+ 2.0 Beige

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SUNLU PETG 2.0 Coffee Brown

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SUNLU PLA+ 2.0 Coffee Brown

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SUNLU TPU 90A Azure

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SUNLU PLA Metallic Brass Gold

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Anyone who has tried to finish a print with metallic paint afterwards knows that the result rarely looks quite as expected. SUNLU PLA Metallic skips that step entirely. Fine metal particles are built directly into the filament, so prints come off the build plate with a rich metallic sheen, with no brush, spray paint or polishing required. The added metal particles give the filament a higher density, as well as improved toughness and layer adhesion compared with standard PLA. Prints show very little shrinkage and are less prone to warping, making the material suitable for delicate decorative pieces as well as more robust functional parts. Despite its metal content, the filament remains straightforward to print. It works with familiar PLA settings and, according to the manufacturer, is compatible with most FDM printers, with no special settings or printer modifications required.

SUNLU PLA+ 2.0 Vivid Yellow

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SUNLU PLA+ 2.0 Oak

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SUNLU Silk PLA+ 2.0 Metallic Green

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SUNLU PLA+ 2.0 Yellow

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SUNLU Silk PLA+ 2.0 Luxury Bright Red

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SUNLU PETG 2.0 Aqua Blue

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SUNLU PETG 2.0 Oak

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SUNLU Silk PLA+ 2.0 Black

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SUNLU PLA+ 2.0 Red

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SUNLU TPU 90A Black

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SUNLU PETG 2.0 Magenta

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SUNLU PETG 2.0 Grey

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SUNLU TPU 90A Sunny Orange

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SUNLU TPU 90A White

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SUNLU PLA+ 2.0 Lavender Purple

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SUNLU PLA+ 2.0 Magenta

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SUNLU PLA+ 2.0 Roasted Chestnut

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SUNLU PETG 2.0 Cyan

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SUNLU Silk PLA+ 2.0 Shiny Blue

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SUNLU PLA Metallic Azurite

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SUNLU PLA+ 2.0 Midnight

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SUNLU PLA+ 2.0 Green

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SUNLU PETG 2.0 Lavender Purple

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SUNLU Silk PLA+ 2.0 Vivid Rose

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SUNLU PETG 2.0 Green

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SUNLU PLA+ 2.0 Sunny Orange

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SUNLU PLA+ 2.0 Olive Green

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SUNLU PLA+ 2.0 Klein Blue

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SUNLU PLA+ 2.0 Cyan

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SUNLU PETG 2.0 Klein Blue

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SUNLU Silk PLA+ 2.0 Violet

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