About This

• 【Energy-Saving Cold Printing】 This Kobra S1 Cold Build Plate enables energy-efficient printing with minimal bed heat—outperforming traditional build plates. It reduces power consumption and electricity costs while delivering superior results with faster print speeds and less warping
• 【Glue-Free Strong Adhesion】Features a high-adhesion coated surface with an anti-warping texture structure that locks models firmly in place during printing. No glue or adhesives needed—significantly reduces print failure rates, ideal for beginners and professionals alike
• 【Dual-Surface Versatility】Reversible 3D printing platform maximizes value and efficiency. The textured side supports PLA at 30–50°C. The glossy side works with more filament types than other platforms—compatible with PETG, ABS, ASA and TPU at 50–70°C (varies by filament brand)
• 【Effortless Demoulding】 Wait for the build plate to cool to room temperature before removing your print—simply bend the bed, and the model pops right off. For scraper use, gently lift it from the edges to avoid scratching the coating (especially on the glossy surface)
• 【Perfect Compatibility】Designed specifically for ANYCUBIC Kobra S1/ Kobra X/ Kobra 4 Combo 3D Printers (264*276mm build size)
• 【Warm Reminding】Please re-level the plate before you change to another side to print;Please clean the surface regularly with a soft cloth.Do NOT wash or clean the cold build plate with any strong chemical reagents or strong detergents
• 【 Recommended Printing Settings 】 The default nozzle temperature of the ANYCUBIC Kobra S1/Kobra X printer is slightly lower, which may cause poor adhesion of the platform and easy detachment of the model. When using PLA consumables, please manually adjust the nozzle printing temperature from the default 205 ℃ to 220 ℃. When using PETG consumables, please manually adjust the nozzle printing temperature from the default 205 ℃ to 250 ℃ to achieve the best adhesion effect. This simple temperature adjustment can effectively avoid printing failures and improve printing stability.