Bed Adhesive

Strong, Tailored Adhesion for Polyamide FilamentMagigoo Pro PA is formulated to overcome the challenges of printing with PA, which naturally has poor bed adhesion and a high tendency to warp. It’s been tested on PA6, PA12, PA66, and their reinforced…

Strong, Tailored Adhesion for Polyamide FilamentMagigoo Pro PA is formulated to overcome the challenges of printing with PA, which naturally has poor bed adhesion and a high tendency to warp. It’s been tested on PA6, PA12, PA66, and their reinforced…

Reliable Adhesion Made Simple3DLAC Stick was developed as a response to one of the most common 3D printing issues: warping. When applied to the build surface, it forms a thin adhesive layer that secures the first layer of the print,…

Reliable Adhesion Made Simple3DLAC Stick was developed as a response to one of the most common 3D printing issues: warping. When applied to the build surface, it forms a thin adhesive layer that secures the first layer of the print,…

Engineered for Technical FilamentsEach adhesive is tailored to a specific filament family:• Pro PA for Nylon and glass-/carbon-fiber-reinforced PA• Pro PC for high-temp polycarbonate and PC-blends• Pro PP for low-surface-energy polypropylene• Original for everyday filaments like PLA, ABS, PETG, TPUStrong…

All you need for sure adhesion of 3D prints Magigoo is an easy to use 3D printing adhesive designed to address ‘the first layer not sticking problem’. Magigoo ensures a strong adhesion to the hot plate. But the magic starts when…

This product can not be shipped outside SwedenProduct Overview3DLAC Plus is an advanced adhesive in a spray bottle format, specifically designed to enhance adhesion in 3D printing. This product is ideal for filaments reinforced with fibers, ensuring a secure and…

Strong Adhesion for PolycarbonatePolycarbonate materials are known for their high strength—and their tendency to warp during printing. Magigoo Pro PC creates a robust adhesive layer that holds your model securely during the print, even at high chamber and bed temperatures….

Developed for Extreme-Temperature PolymersHigh-performance polymers such as PEEK, PEI, and PPSU are chosen for applications where strength, chemical resistance, and heat stability are critical—but these same characteristics make them extremely challenging to print. With bed temperatures that often exceed 110°C…

Developed for Extreme-Temperature PolymersHigh-performance polymers such as PEEK, PEI, and PPSU are chosen for applications where strength, chemical resistance, and heat stability are critical—but these same characteristics make them extremely challenging to print. With bed temperatures that often exceed 110°C…