Feature:
1. [Compatible Model] This 315x310mm build plate is compatible with models like for K1 Maximum, with double sided PEI coating, ensuring high temperature stability.
2. [Easy Adhesion and Removal] The printed part is easy to adhere to the build plate and is simple to remove by gently bending the build plate, not easy to deform even if repeatedly bent.
3. [Simple Installation] Equipped with dual handles and alignment holes, this build plate allows for accurate installation, guaranteeing stable and accurate printing performance.
4. [Versatile Compatibility] Suitable for use with a variety of filaments such as PLA, ABS, ASA, PETG, TPU, nylon, PA, and PC, this 3D printer build plate ensures compatibility with most printing materials for versatile application.
5. [Outstanding Flatness] The flattest build plate ensures high part bottom flatness, ensuring models adhere securely to the print platform without deformation even after repeated bending.
Specification:
Item Type: Double Sided PEI Build Plate
Material: PEI
Size: Approx. 315x310mm 12.40x12.20in
Application: for K1 Maximum.
Package List:
1 x Double Sided PEI Build Plate[Compatible Model] This 315x310mm build plate is compatible with models like for K1 Maximum, with double sided PEI coating, ensuring high temperature stability.
[Easy Adhesion and Removal] The printed part is easy to adhere to the build plate and is simple to remove by gently bending the build plate, not easy to deform even if repeatedly bent.
[Simple Installation] Equipped with dual handles and alignment holes, this build plate allows for accurate installation, guaranteeing stable and accurate printing performance.
[Versatile Compatibility] Suitable for use with a variety of filaments such as PLA, ABS, ASA, PETG, TPU, nylon, PA, and PC, this 3D printer build plate ensures compatibility with most printing materials for versatile application.
[Outstanding Flatness] The flattest build plate ensures high part bottom flatness, ensuring models adhere securely to the print platform without deformation even after repeated bending.
