REMAINING STOCK - NEW
The Bambu Lab High Temperature Plate consists of two parts: the High Temperature Plate and the Engineering Plate.
It is possible to print on both sides of the plate.
The High Temperature Plate is made of PEI, featuring a smooth surface and a fine matte texture. It is attached to the Engineering plate by 3M high-temperature-resistant double-sided tape. Unlike the PC plate used in the Cool Plate, the PEI material offers better heat resistance and is less prone to deformation at high temperatures, making it more compatible with various types of filament.
With the exception of PLA filament, when printing with other materials, it is strongly recommended to use an adhesive (Bambu Lab stick glue or liquid glue) to ensure proper adhesion between the filament and the printing plate. This is critical to avoid the risk of cracks in the high-temperature plate.
Bambu Lab High-Temperature Plate
Note: Some slicer settings may need to be adjusted based on the printed model and filament requirements.
| Material |
Temperature of the heated plate |
Using glue stick |
Glass top cover removal |
| 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 |
Advantages
- Optimal performance with most 3D printing filaments
- Excellent compatibility with automatic flux calibration
- Does not interfere with LIDAR
- Smooth surface that imparts a uniform texture to prints
- Excellent adhesion and easy removal of printed models
- User-replaceable
Disadvantages
- Cannot be used without heating the printing surface
- May be more fragile than Engineering plate or Textured PEI plate
- Glass top cover or glass front door must be opened when using filaments with a low glass transition temperature
Engineering plate Bambu Lab
Note: Some slicer settings may need to be adjusted according to the printed model and filament requirements.
| Material |
Heated plate temperature |
Using glue stick |
Glass top cover removal |
| 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 |
Installation Instructions.
- Align the plate with the reference points on the platform, with the name of the plate facing toward you.
- Lower the plate and attach it to the magnetic platform.
Considerations
- Variations in color and gloss of the backing plate, as well as the removal of small exposed metal areas, are simple optimizations of the production process and surface quality. These changes do not affect leveling, LIDAR, adhesion, or use.
- Before automatic leveling, it is necessary to thoroughly clean the nozzle in the dedicated cleaning area of the printing table to remove any residue. Progressive wear and tear of this area is normal and does not affect either print quality or nozzle life.
- Bambu Lab recommends using only official Bambu Lab glue. It is not responsible for damage resulting from the use of third-party glues.
- Clean the printing surface regularly with warm water and dish soap to remove dust or grease residue. IPA may work, but washing remains the best solution to maintain optimal performance.
- Wait a few minutes before removing printed models to allow the plate to cool-this facilitates removal and prevents damage, prolonging product life.
- The smooth high-temperature PEI plate is considered a consumable component and will degrade over time. The warranty covers only manufacturing defects and not cosmetic damage such as scratches, dents or cracks. Only defective sheets received upon arrival are covered by the warranty.
Package contains: 1 x X1/Series P1 high temperature plate - Bambu Lab
