Description
Bambu Cool Plate SuperTack
Say Goodbye to Print Failures
SuperTack coating provides ultra-strong adhesion to PLA and PETG filaments, even at lower heatbed temperatures. It enhances printing success by eliminating adhesion issues, reduces warping when printing large objects and works well with bad shape surface.
Eliminating Adhesion Issues
Reduces Warping when Printing Large Objects
The Surface is in Bad Shape? No Problem!
Long Lasting Performance
The SuperTack coating is durable, retaining its sticky properties even after extensive use. This results in a longer lifespan for the printing plate, reducing printing costs (less than 20% adhesion loss after 300 prints) and lowering carbon emissions.
Smooth & Natural Surface Finish
The SuperTack coating can impart a smooth and matte texture to the bottom surface of the printed object, better blend-in with other surfaces.
Energy Saving
The SuperTack coating requires only an extremely low heatbed temperature to ensure that printed objects adhere securely. This means you can save a significant amount of energy during heating, leading to lower power bills and, more importantly, helping to protect our planet.
Comparison of Heatbed Temperatures for Different Build Plates
| Materials | Heatbed Temperature with Textured PEI | Heatbed temperature with SuperTack |
| PLA | 65℃ | 45℃ |
How to remove prints from SuperTack
(The instruction below shows you how to remove the prints without damaging the coating)
Use the scrapper included with your printer to gently lift the print, then pry it off carefully. If the print is sticking too tightly, heat the plate on the heatbed to 50°C to assist with removal.
Considerations
- The surface is soft. Be careful when using a scraper to remove printed parts.
- Do NOT print with TPU filament, as it will damage the build plate.
- Increasing heatbed temperature enhances adhesion. Users need to adjust the temperature of the heatbed based on their specific requirements in order to achieve the most suitable level of adhesion.
- Before auto-leveling, it is necessary to repeatedly rub the nozzle in the special wiping area of the build plate to completely remove any residual material at the tip of the nozzle. The coating in the special-designed wiping area will gradually become worn over time. This is normal and does not affect print quality or nozzle lifetime, so there is no need to worry about any quality issues.
- Bambu Cool Plate SuperTack is considered a consumable part, which will degrade over time. The warranty will only cover manufacturing defects, not cosmetic damage like scratches, dents, or cracks. Defective sheets upon arrival are the only ones covered by the warranty.
- SuperTack provides good adhesion without adhesive or frequent cleaning. You can clean the surface with water and detergent if heavy dirt appears. Do NOT use organic solvents (especially acetone) to clean the build plate, as it will damage the SuperTack surface.
- Bambu PLA Silk material exhibits strong adhesion on the SuperTack build plate, which may damage printed models. Therefore, we do not recommend using Bambu PLA Silk material on the SuperTack build plate. For users printing with third-party PLA Silk materials, please select the Generic PLA Silk preset in Bambu Studio and evaluate material compatibility based on the specific conditions.
- Due to ongoing optimization of the QR code recognition algorithm on the X1 model, we recommend disabling the build plate position detection feature in the settings to avoid potential errors. Follow these steps: Controls - Print Options - Enable the detection of build plate position.
Installation Steps for X1 Series/P1 Series/A1
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
Installation Steps for A1 mini
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
Product Specifications
| Material | Specially Designed Coating Spring Steel Plate |
| Thickness | Coating - 0.05mm Steel Plate - 0.4mm |
| Surface Temperature Resistance | Up to 120℃ |
| Thickness | Coating - 0.05mm Steel Plate - 0.4mm |
| Usable Print Size | 256*256mm 180*180mm |
| Packaging Size | 297*270*15mm 190*200*12mm |
| Packaging Weight | 1.035 kg 0.467 kg |