Bambu High Temperature Plate (Smooth PEI) (FAP010)

Bambu High Temperature Plate (Smooth PEI) (FAP010)

One side: Bambu High-Temperature Plate = High-Temp sheet + Bambu Engineering Plate
 The other side: Bambu Engineering...
Availability: Out Of Stock
$39.99
$39.99
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Description
Description
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One side: Bambu High-Temperature Plate = High-Temp sheet + Bambu Engineering Plate

The other side: Bambu Engineering Plate


 

 

 

 

1.Bambu High-Temperature Plate

Please note that other slicer settings might need to be adjusted based on the printed model and the filament requirements

 

Material Heatbed Temperature Glue Stick Required? Upper Glass Cover Plate Removed?
PLA/PLA-CF/PLA-GF 45~65℃ No Yes
PETG/PETG-CF 60~80℃ Yes No
ABS 90~100℃ Recommended No
ASA 90~100℃ Recommended No
TPU 35~45℃ Recommended Yes
PVA 45~60℃ Recommended Yes
PC/PC-CF 100~110℃ Yes No
PA/PA-CF/PAHT-CF 100~110℃ Yes No
PET-CF 80~100℃ Yes No

 

Benefits

  • Works best with most 3D printing filaments
  • Works well with the Automatic Calibration for Flow rate and does not interfere with the LIDAR
  • Smooth texture on the surface of the print
  • Excellent adhesion and easy print removal
  • Can be replaced by the user


Downsides

  • It cannot be used without heating the printing surface
  • Can be more fragile compared to the Engineering Plate or Textured PEI Plate
  • The upper glass cover plate, or the front glass door need to be opened for filaments with a low glass transition temperature

2. Bambu Engineering Plate

Please note that other slicer settings might need to be adjusted based on the printed model and the filament requirements


Material Heatbed Temperature Glue Stick Required? Upper Glass Cover Plate Removed?
TPU 30~35℃ Recommended No
PETG/PETF-CF 70~80℃ Recommended Yes
PET-CF 70~80℃ Recommended Yes
ABS 100~110℃ Yes No
PC/PC-CF 100~110℃ Yes No
PA/PA-CF/PATH-CF 100~110℃ Yes No



Step 1: Align the plate with the fixed points of the platform with the name of the plate facing you

Step 2: Lower the plate and secure to the magnetic platform




  • It cannot be used without heating the printing surface
  • Can be more fragile compared to the Engineering Plate or Textured PEI Plate
  • The upper glass cover plate, or the front glass door need to be opened for filaments with a low glass transition temperature
  • Works best with most 3D printing filaments
  • Works well with the Automatic Calibration for Flow rate and does not interfere with the LIDAR
  • Smooth texture on the surface of the print
  • Excellent adhesion and easy print removal
  • Can be replaced by the user

Product Specification


Material
Smooth PEI sheet + Spring steel + Engineering Coating
Surface temperature resistance
 Up to 120℃
Flexible spring steel thickness
0.4 mm
High-temp Plate sticker thickness
0.03 mm
Usable print size
256*256 mm
Package size
290*290*4 mm
Package weight
450 g
Color
Black

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