Bambu Lab A1,P1P and P1S

Specifically designed for Bambu Lab A1,P1P and P1S printers, this plate features Tyson coating on both sides. Enjoy superior adhesion, unparalleled heat resistance, and long-lasting durability all in one plate.

T-95 plates, made from Tempered 1095 spring steel, offer outstanding durability, while T-6436 plates utilize a specialized superalloy engineered for superior molten plastic compatibility. With an ultra-low coefficient of thermal expansion, the T-6436 plate stays perfectly warp-free under extreme bed temperatures, making it the ultimate base metal solution for high-performance 3D printing.

The T-6436 superalloy was an unexpected breakthrough, discovered during our dedicated pursuit of advanced solutions to enhance the 3D printing experience.

Compatible with all 3D printing filaments.

Why Choose This Build Plate?

• Universal Compatibility: Designed to handle everything from standard filaments like PLA, ABS, ASA, TPU, PET, PA, PPA, PETG and PPS to advanced high-performance materials such as PSU, PPSU, PEI, PEEK, PEKK, PES and LCP. Only exception being TPI.
• No More Glue or Adhesives: Say goodbye to the hassle and mess of applying glue sticks or adhesives. Our proprietary coating ensures flawless adhesion for every print. Just make sure you have enough heat on the bed!
• Unmatched Adhesion: Our proprietary coating ensures your prints stay firmly in place, even during the most complex builds. No more lifting or curling edges.
• Extreme Heat Resistance: Withstanding bed temperatures up to 230c.
• Unrivaled Durability: Built to last, resists wear and tear better than anything else on the market, saving you time and money on replacements.
• Easy to Maintain: Tyson plates can be cleaned with industrial cleaners, IPA, or acetone. For detailed information on solvent resistance, contact us for comprehensive before-and-after test results.

Upgrade Your Printer Today
Elevate your 3D printing results with a build plate that works as hard as you do.
Order now and experience the difference in every layer.