3DLAC spray adhesive 400 ml bottle - 1 Nos
 
Description
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3DLAC is a spray adhesive for the building plate. The spray adhesive has been developed by a Spanish laboratory specifically for 3D printers using FDM methods.
3DLAC is without perfume, high-temperature resistant and includes a reinforced fixative to better adhere to the building plate.
With this unique adhesive spray, you can fix the adhesion of your 3D prints objects to the heated print bed during the printing process..
Use a smooth surface, e.g. a mirror or glass, then spray 3DLAC before pressure 3DLac. You can rest assured that your object will not come off the print bed. 3DLAC is ideal for all FDM 3D printers that work with a smooth and heated printing plate..
This is the solution to stop the peeling, deformation, and warping of 3D-printed parts during the printing process. You will receive a spray can help with a 400 ml capacity..
 
3DLAC is a spray adhesive developed by a Spanish cosmetics
laboratory specifically for 3D printing with a 3D printer with heating bed in the FDM process. Particularly suitable is 3DLAC
when processing ABS filament. The main function of 3DLAC is to
keep the first plastic layer applied on the pressure plate so
that it does not move or warp at the beginning of the pressure.
And to prevent unwanted outages early. With this unique adhesive
spray, you can fix the adhesion of your 3D print objects on the
heated pressure bed during the printing process. Before printing:
Spray on the print bed before pressure; from a distance of
approx. Apply 30 cm, when the pressure-temperature/spray reaches
maximum adhesion. After printing: In order to remove your objects
after the pressure, we recommend that you keep everything cool,
and wait until the pressure plate is cooled. After cooling, the
printed piece is released gently and undamaged; simply remove the
object from the plate.
You can be
confident that your object will not come loose from the printing
bed. This is the solution to stop the peeling, deforming, and
warping of 3D-printed parts during the printing process.