Cold Plate For Bambu Lab X2D/P2S/X1/P1P/A1 Series 256x256mm Spring Steel Double-sided Printing Bambulab Build Plate 3D Printer

Glacier cool plate delivers warp-free first layers for Bambu Lab X2D, P2S, X1, P1P, and A1 series. Azabooti provides a reliable 256x256 build plate for consistent adhesion and durable double-sided performance.

Upgrade your 3D printing game with the Glacier Cool Plate for Bambu Lab X2D, P2S, X1, P1P, and A1 series—designed to deliver warp-free first layers and secure part fixation from the very first print. This high-performance heatbed keeps your PLA, PETG, and other materials where they need to be, while its double-sided, 256x256 mm spring steel surface provides extended durability and consistent adhesion across long print sessions. Whether you’re prototyping, finishing parts, or creating reliable, repeatable prints, this plate helps you achieve smooth bottoms and precise layer definition every time.

Key benefits you’ll notice include:

• Unmatched first-layer adhesion for reliable part fixation that minimizes warping and reduces print failures, so you can push your printer to its limits with confidence.
• Double-sided spring steel construction delivers durability, bending resilience, and consistent performance across many cycles, while maintaining a flat, level surface for uniform heat transfer.
• Smart AR integration — the plate features a built-in QR/AR code that your X1 series scanner instantly recognizes, ensuring correct settings for high-temperature materials and eliminating misidentification errors.
• Temperature-friendly coating with a refined texture that yields a near-smooth bottom finish on printed parts, reducing post-processing work while improving surface quality.
• Broad compatibility with Bambu Lab A1, X1, X1C, P1P, P1S, and P2S platforms, and a platform size of 257x257 mm (approximately 10.12 x 10.12 inches) to fit a wide range of prints and build volumes.

To get the best results, clean the plate with soap before first use. When printing PLA, start at room temperature and gradually reach up to 35°C—don’t exceed this to avoid excessive adhesion. Typical temperature ranges to guide your prints are PLA 30–35°C and PETG 55–65°C. This careful approach helps you avoid strong initial adhesion that can hinder part removal, while still delivering a secure bed for successful prints.

The Glacier Cool Plate is designed to be low-maintenance. Its high-quality coating works with most common 3D printing filaments, offering a balanced blend of adhesion and easy part removal when the print completes. The plate’s surface texture is engineered to provide a nearly smooth base for your parts, improving the overall finish without requiring aggressive post-processing.

With straightforward, tool-free installation and a robust build, this plate is ideal for hobbyists and professionals who demand repeatable results and long-term reliability from their Bambu Lab setups. If you’re seeking a dependable, high-performance print surface that adapts to multiple printers in your fleet, this is the upgrade you need to keep your workflow efficient and productive.

Features

• Improves first layer adhesion for reliable prints
• Provides warp-free results across long runs
• Double-sided spring steel for durability
• Uniform heat transfer with flat surface
• Secure part fixation from the first layer
• High temp coating resists wear and cycle stress

Specifications

• Materials: spring steel, protective coating, ar qr code surface, high temp coating

Frequently Asked Questions

Will this glacier cool plate fit my Bambu Lab X2D exactly?

Yes. It is designed for Bambu Lab X2D, P2S, X1, P1P, and A1 series printers. The plate maintains precise flatness and compatible mounting.

Does the plate work with PLA and PETG equally well?

The plate is engineered for strong adhesion with PLA, PETG, and other common materials. Its heat distribution promotes stable first layers across materials.

Is free shipping available for this build plate?

Azabooti offers free shipping on select orders. Check your cart at checkout for eligibility and delivery estimates.