A Guide to the...

What is the BuildTak Pro Plate?

The Pro Plate is the latest addition to the BuildTak arsenal and the culmination of years of research. It consists of a metal FlexPlate as its bases, with a layer of permanent adhesive, and a refined form of the BuildTak Plus+ PA/PC sheet. Its coated in an ultra thin layer of a permant coating that allows for compatibilty with a wide range of print materials.

Best Practices

If you are familiar with our other products then the following will just be a refresher:

Check your nozzle height

A proper nozzle height is imperative to maintaining the sheet’s health and longevity. Make sure to properly level your nozzle to the bed such that it doesn't dig in and damage the surface (It's durable but not invincible). If you are printing with the Bambulab X1C, currently the Pro Plate is designed to use the "Smooth PEI / High-Temp Plate” profile on the Bambulab slicer and shouldn’t give you any issues.

Assisted Removal

If you need to use a removal tool we recommend something like our BuildTak Spatula or equivalent rounded-metal spatula. Note the surface is durable to withstand general usage, but excessive force and digging into the surface can damage the surface after prolonged use. In order to maintain the life of your sheet, we recommend flexing to expose an edge or corner of the print and gently pushing with the spatula.

 

NO SOLVENTS/CLEANERS

When cleaning surfaces we recommend against using any solvents like Acetone or Windex as they can both damage it. With this surface in particular, we recommend cleaning with just a microfiber cloth to remove dust particles. 70% alcohol will make the surface tacky and can cause visual marring. It can help with adhesion with some materials that might give you issue but we don’t recommend cleaning with it.

Settings

Material Bed Temp

ABS/ASA

80-100°C

PC

80-100°C

PETG

Cold-100°C

PLA

Cold-60°C

PA/PA-CF

50°C

PP

100°C then Cold

Please note these are just recommendations and a place to start. Experimention might still be required to get the ideal result.