stair test 3D print model on build plate demonstrating strong first layer adhesion

large 3D printed storage box on build plate showing reduced warping and stable adhesion

3D printed blue puzzle model on worn build plate surface showing reliable adhesion despite scratches

Bambu Cool Build Plate SuperTack adhesion performance graph showing stable build plate adhesion over 300 print cycles

3D printed dice showing smooth bottom surface finish on Bambu Cool Build Plate SuperTack

energy saving icon with 3D printer background representing low heat requirement build plate

Bambu

Bambu Cool Build Plate SuperTack Pro For H2C

Name: Bambu Cool Plate SuperTack Pro Build Plate for H2C
Brand: Bambu Lab

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Improved adhesion for more stable PLA and PETG printing
Fine-tuned adhesion reduction when cooled — easy part removal
Durable coating engineered for long-lasting performance
Natural texture that subtly minimizes bottom-surface imperfections

Looking for other products of Bambu Lab?

Frequently bought together with FAP041-Bambu Cool Build Plate SuperTack Pro For H2C

Creality Hyper Series PLA White 1.75mm 1kg 3D printer filament on a recycled cardboard spool with a white 3D printed deer model.

Bambu Combo

Key Printing Performance

Material Specially Designed Coating + Spring Steel Plate	Surface Temperature Resistance Up to 120℃	Thickness Coating – 0.05mm Spring Steel Plate – 0.4mm
Usable Print Size 350 × 320 mm	Packaging Size 393 × 380 × 15 mm	Packaging Weight 0.48 kg

Comparison of Heatbed Temperatures for Different Build Plates

Materials PLA	Heatbed Temperature (SuperTack) 45℃	Heatbed Temperature (SuperTack Pro) 40℃	Temperature Reduction -5℃
Materials PETG	Heatbed Temperature (SuperTack) 70℃	Heatbed Temperature (SuperTack Pro) 60℃	Temperature Reduction -10℃

Description

Bambu Cool Plate SuperTack Pro build plate with text showing adhesion and durability features on ice background — Bambu Cool Plate SuperTack Pro highlighting adhesion, durability, and surface texture features

What Makes it Pro?

25% Longer Lifespan

10% Lower Operating Temperature

Better Scratch Resistance

comparison between Bambu Cool Plate SuperTack Pro and Cool Plate SuperTack on ice block background — Bambu Cool Plate SuperTack Pro compared with standard Cool Plate SuperTack

stair test model first layer adhesion detail on build plate showing clean edges and strong bonding — Clean first layer adhesion detail

Say Goodbye to Print Failures

The SuperTack coating provides ultra-strong adhesion to PLA and PETG filaments, even at lower heatbed temperatures.

build plate held upside down with 3D printed staircase model firmly attached demonstrating strong adhesion — Strong adhesion even when flipped upside down

The Surface is in Bad Shape? No Problem!

The SuperTack coating maintains strong adhesion even when the build plate surface shows wear, scratches, or minor damage.

It ensures reliable first-layer bonding in less-than-perfect conditions, helping maintain print success over time.

flexible magnetic build plate bending to remove blue 3D printed model easily — Flexible plate for easy model removal

large 3D printed storage box corner close up showing no warping on Bambu Cool Build Plate SuperTack — No warping on large object edges

Reduces Warping when Printing Large Objects

The SuperTack coating provides consistent adhesion across large surface areas, helping to minimize edge lifting and warping during printing.

This makes it ideal for printing large models that require stable first-layer adhesion and dimensional accuracy.

Long Lasting Performance

The SuperTack coating is highly durable and retains its adhesive properties even after extensive use. With less than 20% adhesion loss after 300 prints, it offers a longer lifespan for the build plate.

This durability reduces replacement frequency, lowers overall printing costs, and contributes to reduced carbon emissions.

build plate adhesion performance graph showing consistent adhesion over 300 print cycles — Stable adhesion across multiple prints

Smooth & Natural Surface Finish

The SuperTack coating produces a smooth and matte texture on the bottom surface of printed objects, improving visual quality and allowing better blending with surrounding surfaces.

3D printed dice showing smooth bottom surface finish created by Bambu Cool Build Plate SuperTack — Smooth bottom surface finish

Energy Saving

The SuperTack coating requires only a low heatbed temperature to achieve strong adhesion. This significantly reduces energy consumption during printing.

Lower energy usage helps reduce electricity costs while also supporting more environmentally friendly printing practices.

How to Remove Prints from SuperTack

Use the scraper included with your printer to gently lift the print, then pry it off carefully without damaging the coating.

If the print is sticking too tightly, heat the build plate on the heatbed to approximately 50°C to assist with easier removal.

using scraper tool to remove 3D print from Bambu Cool Build Plate SuperTack surface — Remove prints using scraper tool

3D print removed from build plate after heating to 50 degrees Celsius for easier release — Heat the plate to assist print removal

Compatible Models & Size

The Cold Plate is compatible with Bambu H2C printers.

Available in a 350 × 320 mm size, providing a perfect fit for these models.

Ideal for users who want easy installation and reliable performance across Bambu 3D printers.

Installation Steps for H2 Series Printer

Step 1: Align the plate with the fixed points of the platform, ensuring the name of the plate is facing you.

Step 2: Lower the plate and secure it onto the magnetic platform for proper installation.

Bambu Cool Plate SuperTack Pro build plate installed on 3D printer heatbed showing full surface and alignment on platform — Cool Plate SuperTack Pro installed on printer heatbed

Aligning Bambu Cool Plate SuperTack Pro with fixed points on printer platform before securing to magnetic heatbed — Align the plate with fixed points before installation

Individually packaged 3D printer hotend components arranged on a worktable, with labeled boxes facing upward — Individually packaged hotend components, neatly organized and labeled for identification

Wholesale & Private Label Services

We offer wholesale and private label (OEM) services for a wide range of 3D printing accessories, including build plates, hotends, and related components.

Composite image divided into four sections showing 3D printer build plates in the upper right area and hotend components in the lower sections — Build plates and hotend components shown in a structured layout for visual reference

Palletized rectangular cartons stacked at a 45-degree angle, each box clearly labeled for identification — Palletized cartons with clear labeling prepared for factory shipment

Rows of multi-color 3D printing filament spools organized on storage racks, showing a wide selection of PLA and specialty filaments — A wide range of 3D printing filament spools in different colors and material types, stored for organized inventory and distribution.

Stacks of multi-color 3D printer filament spools arranged in bulk storage, showing large inventory for distribution and supply — Bulk stacks of 3D printing filament spools in various colors, prepared for organized storage and distribution.

More Options

Cautions

Use the scraper included with your printer to gently lift the print, then pry it off carefully. If the print is sticking too tightly, heat the plate on the heatbed to 50°C to assist with removal. The surface is soft. Be careful when using a scraper to remove printed parts.
Because the Vortek hotend rack occupies additional space, the H2C print bed is slightly smaller than the H2D. Therefore, The H2C and H2D build plates differ in size. Please ensure you select the correct model when purchasing.
Do NOT print with TPU filament, as it will damage the build plate.
Increasing heatbed temperature enhances adhesion. Users need to adjust the temperature of the heatbed based on their specific requirements in order to achieve the most suitable level of adhesion.
For X1 series, P1 series, and A1 printers, before auto-leveling, it is necessary to repeatedly rub the nozzle in the special wiping area of the build plate to completely remove any residual material at the tip of the nozzle. The coating in the special-designed wiping area will gradually become worn over time. This is normal and does not affect print quality or nozzle lifetime, so there is no need to worry about any quality issues.
Bambu Cool Plate SuperTack Pro is considered a consumable part, which will degrade over time. The warranty will only cover manufacturing defects, not cosmetic damage like scratches, dents, or cracks. Defective sheets upon arrival are the only ones covered by the warranty.
SuperTack Pro provides good adhesion without adhesive or frequent cleaning. You can clean the surface with water and dish soap if heavy dirt appears. Do NOT use organic solvents (especially acetone) to clean the build plate, as it will damage the SuperTack Pro surface.
Bambu PLA Silk+ is supported on the Cool Plate SuperTack Pro thanks to its improved layer adhesion. But other PLA Silk material exhibits strong adhesion on the SuperTack Pro build plate, which may damage printed models. Therefore, we do not recommend printing other PLA Silk material on the SuperTack Pro except Bambu PLA Silk+. For users printing with third-party PLA Silk materials, please select the Generic PLA Silk preset in Bambu Studio and evaluate material compatibility based on the specific conditions.

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Bambu Cool Build Plate SuperTack Pro For H2C