Bambu Lab Engineering Plate | P2S
Bambu Lab Engineering Plate | P2S
The Bambu Engineering Plate for P2S is a durable universal build plate suitable for a wide range of filaments including high-temperature materials. It provides a smooth surface, stable adhesion, and long lifetime for everyday printing. Glue must always be applied before printing. Show more
The Bambu Engineering Plate for P2S is a durable universal build plate suitable for a wide range of filaments including high-temperature materials. It provides a smooth surface, stable adhesion, and long lifetime for everyday printing. Glue must always be applied before printing. Show more
Bambu Engineering Plate – Build Plate for P2S
Compatibility: designed for printer P2S
Print area: 256 × 256 mm
The Bambu Engineering Plate is a durable build plate designed for stable printing with a wide range of filaments, including high-temperature materials. Thanks to its specially engineered smooth surface coating, it provides reliable model adhesion, strong temperature and wear resistance, and a long service life during everyday use. It is an ideal universal working plate for situations where you need to print different materials on a single surface.
Important: a layer of glue must always be applied before printing.
✔ Key Features
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optimized for high-temperature filaments
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compatible with virtually all filament types
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smooth surface for a flat bottom finish
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high resistance to temperature, scratches, and corrosion
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long lifetime even after hundreds of prints and cleanings
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universal solution for everyday printing
🔧 Universal Plate for Multiple Materials
After applying glue, the Engineering Plate supports the full range of filaments — from standard PLA to technical materials such as PC or nylon. This makes it an ideal choice if you do not want to constantly swap build plates depending on the material.
🧱 Durable Smooth Surface
The special surface coating significantly improves resistance to high temperatures, mechanical wear, and chemical stress. The plate is designed for long-term operation, frequent washing, and repeated print removal while maintaining stable adhesion.
✨ High-Quality Bottom Surface Finish
The smooth base layer transfers an even and clean texture to the underside of the printed model. The result is a flat and visually clean surface that blends well with other model faces.
⚠️ Usage Recommendations
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always apply glue (solid or liquid) before printing
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higher bed temperature increases model adhesion
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allow the plate to cool before removing prints
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if adhesion is too strong, alcohol can help release the model
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clean regularly with warm water and dish soap
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do not use acetone — it damages the surface
🌡 Recommended Bed Temperatures
| Material | Temperature |
|---|---|
| PLA / PLA-CF / PLA-GF | 45–60 °C |
| PETG / PETG-CF | 60–80 °C |
| ABS / ASA | 90–100 °C |
| TPU | 35–45 °C |
| PVA | 45–60 °C |
| PC / PC-CF | 90–110 °C |
| PA / PA-CF / PAHT-CF | 90–110 °C |
| PET-CF | 80–100 °C |
(glue required for all materials)
📊 Technical Specifications (P2S)
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material: polyester powder + manganese steel
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max surface temperature resistance: 120 °C
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thickness: 0.5 mm
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usable print area: 256 × 256 mm
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package size: 315 × 295 × 15 mm
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package weight: 0.50 kg
