MAGIGOO is an easy to use 3D printing adhesive designed to address the first layer not sticking problem, the most common problem found in Fused Filament Fabrication (FFF) 3D Printing. This problem occurs when the print detaches itself from the printing platform ruining itself. Perfecting the first layer is vital to get a great foundation for the rest of the print. This will save on wasting valuable time and filament. MAGIGOO helps get the perfect first layer, thus assuring perfect prints. MAGIGOO has been specifically designed for use with both PLA and ABS filaments.
MAGIGOOs Double Whammy
MAGIGOO is a revolutionary new product. It has maximum adhesive properties at the operating temperature of both PLA and ABS filaments. MAGIGOO allows for the print to be easily detached upon completion once the print has cooled down making 3D printing a lot easier.
MAGIGOO the 3d printing adhesive, comes in an easy to use applicator making it very straightforward to apply on
to the build plate. The 3d printing adhesive paste must be allowed to dry completely before printing. It is best to follow the Infographic and instructions that explain how to apply the paste onto the build plate to reap the benefits of
MAGIGOO. We ensure that MAGIGOO is safe for both its users and the environment by using materials that are environmentally friendly.
MAGIGOO is easily cleaned with water the most universal and easily attainable of solvents! After each print the build plate should be cleaned using a damp cloth. This will remove excess build-up of MAGIGOO.
What Happens after Printing
MAGIGOOs adhesive properties are designed to release the 3D print once the build plate has cooled down. You will hear a distinctive crackling sound for both ABS and PLA during the cooling process. Once cooled, 3D prints can easily be removed without the use of tools and excessive force.
MAGIGOO helps combat 3D print warping a recurring problem in 3D printing. It is extremely rewarding to have a 30 hour print complete without any warping and having it release easily once cooled.