Panda Build Plate Bambu Lab P1S-A1 CryoGrip Pro Spring Steel 257mm

Description

Product Overview

The CryoGrip™ Pro Glacier build plate, marketed under the Panda name, is a purpose‑built platform for Bambu Lab’s P1S, P1P, X1C, X1E and A1 3D printers. Measuring 257 mm square, the plate is forged from high‑grade spring steel that provides a rigid, flat surface while retaining a slight flex that helps release prints. A proprietary seven‑layer coating process—base plate, base coat, intermediate coating, and top coat—applies a uniform cobalt‑oxide film that dramatically improves filament adhesion and offers superior resistance to corrosion, thermal cycling, and mechanical wear. The plate includes a honeycomb‑style handle engineered to dissipate heat, keeping the grip area comfortably cool even when the heated bed reaches 100 °C. This design eliminates the common QR‑code error by using a high‑temperature AR sticker that adheres securely to the plate surface.

Usage

Designed for professional makers, small‑batch manufacturers, and hobbyists alike, the Panda build plate fits seamlessly into any Bambu Lab workflow. Whether you are printing functional prototypes in PLA, high‑strength PETG, temperature‑resistant ABS, or engineering‑grade PA, the plate maintains a consistent first‑layer bond, reducing warping and print failures. Its low‑profile design allows for easy removal of finished parts without the need for additional tools. The heat‑insulated handle lets users safely adjust the plate or clean it while the printer is still hot, improving turnaround time in production environments. The plate’s compatibility with nozzle temperatures up to 300 °C makes it suitable for a broad range of materials, including specialty filaments that demand precise temperature control.

Why Choose Us

When selecting a build platform, durability, consistency, and ease of use are paramount. Our CryoGrip Pro Glacier plate delivers on all three fronts. The spring‑steel core provides long‑term flatness, while the seven‑layer cobalt‑oxide coating extends the plate’s lifespan far beyond standard PEI or plain steel alternatives. Each plate undergoes rigorous quality testing, including adhesion strength verification, thermal shock resistance, and surface uniformity checks, ensuring that every unit meets exacting industry standards. Additionally, we back the product with a responsive customer support team that offers installation guidance, troubleshooting assistance, and a straightforward replacement policy should any manufacturing defect arise.

Key Features

• Seven‑layer cobalt‑oxide coating for exceptional filament adhesion and corrosion resistance.
• Spring‑steel core delivers a flat, stable surface that flexes just enough for easy part release.
• Heat‑insulated honeycomb handle stays cool, allowing safe adjustments during high‑temperature prints.
• Universal compatibility with PLA, PETG, ABS, PA and other materials below 300 °C.
• Dedicated after‑sales support with quick response times and hassle‑free replacement options.

FAQ

Can I use the Panda plate with filaments that require temperatures above 300 °C?

The plate is rated for nozzle temperatures up to 300 °C. For filaments that exceed this range, we recommend a specialized high‑temperature platform.

How do I clean the surface without damaging the coating?

Use a mild isopropyl alcohol solution and a soft lint‑free cloth. Avoid abrasive pads or harsh chemicals, which can wear the cobalt‑oxide layers.

Do I need to level the printer after installing the new plate?

Yes, a quick bed‑leveling routine is recommended after installation to ensure optimal first‑layer contact. The plate’s uniform thickness simplifies this process.

What is the purpose of the AR code sticker included with the plate?

The high‑temperature AR sticker replaces the standard QR code on Bambu Lab printers, preventing read errors caused by heat exposure and ensuring reliable printer‑plate communication.

Is the plate covered by a warranty?

All Panda build plates come with a one‑year limited warranty covering material defects and coating failures under normal use conditions.