The Bambu Cool Plate SuperTack Pro is a next-generation build plate with an improved adhesive coating that holds PLA and PETG parts firmly even at low bed temperatures. The Pro version offers 25% longer lifespan, better scratch resistance, and operation at up to 10 °C lower temperatures than the original SuperTack. This variant is designed for the Bambu Lab H2S printer with a 350×320 mm build area.

Improved adhesion for PLA and PETG

The SuperTack Pro coating provides extremely strong adhesion to PLA and PETG filaments, even at significantly reduced heated bed temperatures. It eliminates typical first-layer detachment problems and makes printing easier even on surfaces that have already seen plenty of use.

What makes the Pro version better

Compared to the original SuperTack, the Pro version offers 25% longer lifespan, 10% lower bed operating temperature, and better scratch resistance. After 300 prints it retains more than 85% of its original adhesion, so you will replace it significantly less often.

Compatibility with Bambu Lab H2S

This variant is designed specifically for the Bambu Lab H2S and H2D with a 350×320 mm build area. The plate aligns with the platform's mounting points with the label facing you and snaps in magnetically - no screws, no adjustments.

End of adhesion problems

If you previously had to rely on glues, hairspray, or constant cleaning of the bed, the Cool Plate SuperTack Pro changes that. The strong adhesive coating holds parts in place without any additional aids, and once cooled, the adhesion drops - so prints come off easily.

Less warping on large parts

Large, flat models tend to lift and deform at the corners. SuperTack Pro significantly reduces this warping thanks to even, strong adhesion across the entire surface, so you can reliably print large prints from PLA or PETG.

Long lifespan and fewer replacements

The SuperTack Pro coating is durable and retains its grip even after hundreds of prints. Less than 15% adhesion loss after 300 prints means lower operating costs and less waste - the manufacturer's test was performed on PLA Basic with an A1 printer.

Smooth matte bottom surface

The coating imprints a fine matte texture on the bottom of the print, which blends well with the side walls printed by the nozzle. Minor imperfections of the build plate transfer onto the print far less than with glossy sheets.

Energy savings - printing at lower temperatures

Thanks to the stronger adhesion, the bed only needs to be heated to a significantly lower temperature than with standard sheets. PLA holds at just 40 °C and PETG at 60 °C, which means faster warm-up, lower power consumption, and less thermal stress on the entire printer.

Bed temperature comparison

PLA gets by with 45 °C on the original SuperTack, while 40 °C is enough with SuperTack Pro. PETG drops from 70 °C to just 60 °C. With frequent printing, the difference shows up both in power consumption and total print time.

What to watch out for

The coating is relatively soft - use a scraper carefully. Do not print TPU on the plate, as it would damage it. For standard PLA Silk from other manufacturers, the adhesion tends to be too strong - only Bambu PLA Silk+ is recommended. Cleaning is easy with water and regular dish soap - do not use acetone or other organic solvents.

Technical specifications

Parameter	Value
Plate type	Cool Plate SuperTack Pro (magnetic spring steel)
Surface material	Special SuperTack Pro adhesive coating
Coating thickness	0.05 mm
Steel sheet thickness	0.4 mm
Build area (H2S/H2D)	350 × 320 mm
Maximum surface temperature	up to 120 °C
Recommended temperature for PLA	40 °C
Recommended temperature for PETG	60 °C
Compatibility	Bambu Lab H2S, H2D
Package dimensions	393 × 380 × 15 mm
Package weight	0.48 kg
Recommended materials	PLA, PETG, Bambu PLA Silk+
Not recommended materials	TPU, standard PLA Silk from other manufacturers

Package contents

1× Bambu Cool Plate SuperTack Pro 350×320 mm (double-sided spring steel build plate with SuperTack Pro coating for Bambu Lab H2S).