3DLAC

3DLAC Plus is the next generation of the well-known 3DLAC adhesive, now in a convenient spray bottle that allows for precise application. This version is specially developed to work with fiber-reinforced filaments and provides an extra strong adhesion to the print bed, ensuring that the first layer remains firmly in place without shifting. 3DLAC Plus is ideal for high-precision printing and materials that require extra control and stability.

The spray bottle format makes it easy and precise to apply the adhesive to the print surface. The product is compatible with fiber-reinforced filaments and offers excellent adhesion, making it perfect for reinforced materials such as carbon-filled, metal-filled and wood-filled filaments. 3DLAC Plus prevents warping, ensuring that the print remains flat and stable throughout the process. Any residue of 3DLAC Plus can be easily removed with water, making cleaning simple and making the print bed ready for the next use.

To use 3DLAC Plus, shake the spray bottle thoroughly and apply a light coat to a clean, dry surface before starting to print. Use in well-ventilated areas. Once the print is complete, allow it to cool completely before carefully removing it. Do not attempt to remove the print until the plate is cool as this may damage the surface of your PCB.

Suggested Uses: ABS, Carbon Filled, Metal Filled, Wood Filled.

3DLAC Stick is a unique adhesive solution for 3D printing, applied with a convenient sponge applicator. This alcohol-free formula is ideal for shipping and provides strong adhesion without warping. It is perfect for use with PLA, ABS, PETG and other materials.

3DLAC Stick offers a new approach to 3D printing adhesion with its easy-to-use sponge applicator. Unlike traditional sprays, this adhesive is alcohol-free, making it safer and more convenient for shipping. It is designed to provide strong and reliable adhesion to a variety of materials, helping to ensure that the first layer of your 3D prints stays securely in place and prevents common issues such as warping.

The sponge applicator ensures precise and controlled application of the adhesive, reducing waste and mess. The alcohol-free formula makes it safe for both shipping and handling, making it a convenient choice for both personal and commercial use. The 3DLAC Stick keeps the first layer of your prints glued to the build plate, preventing misalignment and errors. It also prevents warping and ensures stable and error-free prints, whether you are using PLA, ABS or PETG. The sponge applicator allows for fast and even coverage, making the build plate preparation easier and faster.

To use the 3DLAC Stick, gently press the sponge applicator onto a clean and dry build surface and apply a thin, even layer of adhesive. Let it dry slightly before starting your print. After printing, let the print cool completely before carefully removing it. Do not attempt to remove the print until the plate is cold, as this may damage the surface of your build plate.

3DLAC is the perfect adhesive spray to enhance your 3D prints. Designed for printers with heated beds, this spray offers fast drying and excellent adhesion, preventing common issues such as warping and ensuring that the first layer stays in place.

This spray dries in seconds so you can start printing immediately. It ensures that the first layer of filament stays in place and prevents shifting. A 400 ml can is enough for over 400 uses, making it an economical and effective solution. Application is simple and cleaning can be done easily with water. The spray prevents warping and deformations, making it ideal for materials such as ABS, PLA, PETG and others. It works effectively on glass, mirrors, aluminum and all smooth surfaces.

To use 3DLAC, shake the can thoroughly and apply a thin layer to a clean, dry surface before printing. It is recommended to use the spray in well-ventilated areas and avoid contact with electronic devices. Once the print is finished, let it cool completely before carefully removing it. Removing the print before the plate is cool can damage the surface of your PCB.