3 English reviews written for BuildTak FlexPlate System
20 customer reviews in all languages
| 5 stars | | 30 | (65%) |
|---|---|---|---|
| 4 stars | | 7 | (15%) |
| 3 stars | | 3 | (6%) |
| 2 stars | | 1 | (2%) |
| 1 Stars | | 5 | (10%) |
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ScottP
12 March 2022
"Verified Purchase" indicates that the rating was given by customers who actually bought this product from us. However, anyone who has a customer account with us can give a rating. Good option for a homebuild 3D printer
Rated with 4 out of 5 stars.
I was struggling to find an up to date build surface option for my experimental IDEX printer which has a generic PCB heated bed. The 300 x 200m bed seems to be a rarity these days.
The BuildTak FlexPlate system certainly fits the bill. The Buildtak surface works well with PLA, PLA+ and PETG (so far) although easily damaged if the print head is too low. Being steel, the FlexPlate itself is easily sensed by the PINDA2 probe even at 3.3 volts. Finished prints are fairly easy to remove if printed with the correct Z height - although not quite as easy as the textured PEI surface which I'm more used to.
The magnetic surface is so far working well, although only tested up to 85 degrees C.
Delivery from the EU to the UK was pretty rapid and although, th e product seems expensive, the value for money seems good although time will tell as we see how well the BuildTak surface holds up to the day-to-day rigors of home 3D printing.
All in all a good product - if you can find one that fits your heated bed size.
Now all I need is a spare FlexPlate or two...Was this rating helpful? (2) (0)
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Pete's Scale Fab Shop
11 April 2021
"Verified Purchase" indicates that the rating was given by customers who actually bought this product from us. However, anyone who has a customer account with us can give a rating. BuildTak FlexPlate System
Rated with 5 out of 5 stars.
Been using standard Buildtak on and off for years, and have found on occasion that getting prints (especially ABS) off can be somewhat of a challenge. The FlexPlate system solves this very nicely as once the print bed has cooled completely, it can be removed from the printer and then flexed to pop the print off with using an sort of scraper reducing the chances of damaging the print surface. The magnets and adhesive on the build surface seem to be holding up to being run at a bed temp of 105C with no problem at all.
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To strong adhesion
Rated with 1 out of 5 stars.
Dont waste money on it. It is too expensive. After two builds it will damage surface because its sticks to it so strong, and once you lift up the model it will take together with piece of surface and you will never have flat surface anymore. Adhesion is really good and it became a problem
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