Print plate BIQU Panda BuildPlate CryoGrip Pro for Bambu X1/P1/A1 - Glacier

BIQU Panda Buildplate CryoGrip Pro Glacier – a 3D printing plate for Bambu Lab

Key advantages

• Variant Glacier (Fine Textures) – fine/smooth texture for a clean bottom surface of the detail.
• Double-sided 7-layer composite construction (CryoGrip Pro) with a spring steel base according to the manufacturer.
• For the Bambu Lab X1/P1/A1 version, the manufacturer specifies print area 256×256 mm; according to photographic/product data, the physical size of the sheet is 257×257 mm.
• Positioned as a "low energy" surface – the goal is stable adhesion at lower bed temperatures compared to typical plates.
• Maintenance: cleaning with water and soap; for Glacier, there is also a recommendation for alcohol if needed (depending on contamination).

What BIQU Panda Buildplate CryoGrip Pro Glacier is for

BIQU Panda Buildplate CryoGrip Pro Glacier is a removable surface/plate for 3D printing, designed for Bambu Lab 3D printers from the X1, P1, and A1 series (according to the variant 256×256). Its role is simple but critical: to provide repeatable adhesion of the first layer and predictable separation after the print is completed. This directly affects the percentage of successful jobs, the quality of the bottom surface, and the time you waste on adhesives, residues, and corrections.

The Glacier variant is oriented towards finer texture ("Fine Textures"). In practice, this means a more even contact of the first layer and a cleaner finish underneath for details where the bottom surface is visible or functional (e.g., covers, panels, mechanical elements with a flat base). If you are looking for a rougher texture and maximum "bite" for PLA/PETG, there is also a Frostbite variant in the same series, but this page is for Glacier.

Glacier surface and first layer result

When choosing a plate for 3D printing, there are two real priorities: (1) not to lose the detail during operation and (2) to allow separation without deforming thin walls or requiring aggressive "scraping." CryoGrip Pro Glacier is positioned as a balance between strong adhesion and controllable separation through bending the sheet. This is key in series of repeatable prints where you want consistent behavior day after day.

The fine texture of Glacier is suitable for details where you do not want strong "imprinting" of the plate's relief on the bottom surface. In many workflows, this eliminates the need for subsequent sanding just to "hide" traces of rough texture. If you are working with functional parts, a cleaner first layer also facilitates assembly – the edges remain sharper, and the base lies more evenly on reference surfaces.

The CryoGrip Pro series is often described as a coating with the property of restoring grip after cleaning (self-repairing coating). In practice, this means that when you start to see a drop in adhesion due to fingerprints, dust, or material residue, you restore the plate's behavior through proper hygiene, rather than "compensating" with arbitrary settings.

Workflow: mounting, profiles, and settings

The fastest way to benefit from CryoGrip Pro Glacier is to incorporate it into a standard, repeatable process. Here is a working sequence:

• Start with a clean surface: wash with water and a mild detergent, dry with a lint-free cloth. For stubborn marks, there is a recommendation for alcohol for Glacier (use moderately and avoid abrasives).
• Mounting: place the plate on the printer's magnetic base and check that it lies evenly (without a "lifted" corner).
• Profile selection in the software: when using Bambu Studio/OrcaSlicer, work with a plate profile that does not cause recognition errors. If your model printer uses plate recognition, follow the logic: either a correct profile/marker, or disable the recognition function (according to the specific configuration).
• Calibrations: start auto leveling/calibration of the first layer after changing the plate, especially if you were previously on a different type of surface.
• Bed temperatures (reference): for Glacier, product descriptions indicate ranges PLA 45–55 °C and PETG 60–75 °C. Use them as a starting point and adjust according to the specific filament, geometry, and environmental conditions.
• Separation: after completion, reduce the risk of deformation by separating through bending the sheet, rather than using aggressive tools.

If you want to systematize the first layer (and reduce trials), combine the plate with clear rules for setting Z-offset/first layer and controlling surface cleanliness.

Compatibility with Bambu Lab and ecosystem

For the version aimed at Bambu Lab X1/P1/A1, the manufacturer specifies a print area 256×256 mm. Visual/product data for the sheet itself shows a physical size 257×257 mm (typical for sheets that cover the working area and have structural cutouts/ears for gripping). This is an important detail: when choosing a plate, you are looking for a match in both the area and the mechanical geometry (cutouts and positioning).

From a software perspective, the plate fits into the standard workflow of Bambu Studio/OrcaSlicer – the key is to consistently use the correct plate profile and avoid situations where the printer expects a different type of surface. If you frequently change plates (for example, engineering materials vs. everyday PLA prints), consider separate profiles/presets and clear labels in the workshop. For accessories and organization see: 3D printing accessories

Professional scenarios and applications

• Rapid prototyping with visible bottom surface: the fine finish of Glacier is convenient for housings, covers, and panels where the first layer remains the "face" of the detail.
• Small mechanical elements: the stable first layer reduces the need for manual adjustments and repetitions for details with a small contact area.
• Engineering materials (according to product data): Glacier is described as a variant that covers a wider range of materials, including technical ones like ABS and PA provided the nozzle temperature is below 300 °C (always validate with the specific filament).
• Small volume serial prints: when the surface is easy to clean and its behavior is repeatable, the cycle "print → separation → new print" becomes shorter and more predictable.
• Training and laboratories: less "magic" with adhesives and more focus on settings and materials – suitable for an environment with many operators.
• Functional prototypes with deformation control: the idea of operating at lower bed temperatures can help in situations where an overly warm chamber/environment negatively affects the cooling of PLA/PETG (especially in enclosed printers).

Limitations, maintenance, and best practices

1) Hygiene = adhesion. The most common reason for "sudden" deterioration is a greasy film from touching. Maintain the habit: do not touch the active area with fingers and wash regularly with water and mild detergent. For Glacier, product descriptions also allow alcohol if necessary, but avoid aggressive solvents and abrasive sponges.

2) Controlled release. For surfaces with high adhesion, releasing with a metal tool is the easiest way to damage the coating. Use the bending of the sheet as the primary method. For thin details, add a suitable "ear"/tab for gripping in the model or change the orientation to avoid "biting" the entire contour.

3) The temperatures are a starting point, not a dogma. The ranges for PLA/PETG (indicated for Glacier) are a good base, but the actual result depends on the specific filament, speed, cooling, and geometry. If you have lifting at the edges, look for the cause systematically: cleanliness, first layer, cooling, and only then temperature.

4) Plate recognition. In some configurations, you may encounter messages about plate mismatch. The solution is usually in the correct profile/marker or disabling the recognition feature, depending on the specific printer and software settings. If the kit includes markers/stickers, use them consistently and do not mix plate types without updating the profile.

Technical specifications