3DLAC Adhesive Spray 400 ml
3DLAC Adhesive Spray 400 ml – Professional adhesive spray for 3D printing
With 3DLAC Adhesive Spray , you ensure reliable adhesion of your 3D prints right from the first layer. This adhesive spray, specially developed for 3D printing, effectively prevents warping and improves print quality on heated print beds.
The thin, even spray layer ensures optimal adhesion during printing and allows for easy and clean removal of the printed object after cooling. Thanks to the low-residue formula, the print bed can then be easily cleaned.
Whether PLA, PETG, ABS, Nylon or TPU – 3DLAC is the ideal solution for hobbyists, makers and professional users who want to achieve consistent printing results.
Your benefits at a glance
✅ Reliable adhesion from the first layer ✅ Significantly reduces warping and printing defects ✅ Thin and even spray application ✅ Low residue and easy to clean ✅ Suitable for heated print beds ✅ Compatible with glass, PEI, and BuildTak print beds ✅ Made in Spain
Application
Thoroughly clean the print bed.
Shake the can vigorously for about 5 seconds before use.
Spray a thin layer onto the cold or slightly warm print bed from a distance of approximately 20 cm.
Let it dry for about 30 seconds.
Start printing.
After printing, allow the print bed to cool down and easily remove the component.
Compatible materials
PLA
PLA+
PETG
ABS
ASA
Nylon (PA)
TPU
other common 3D printing materials
Technical data
Characteristic | Value |
Contents | 400 ml |
Application | spray |
Suitable for | 3D printing |
print bed | Glass, PEI, BuildTak and similar surfaces |
bed temperature | 40–110 °C |
Origin | Spain |
Scope of delivery
1 × 3DLAC Adhesive Spray 400 ml
Why 3DLAC?
Many problems with 3D printing arise as early as the first layer. If the part detaches during printing, warping or a print failure often occurs. With 3DLAC, you get a professional adhesive solution that has been used by thousands of users worldwide for years. The special formula ensures strong adhesion during printing and releases the printed part cleanly after cooling – for a higher success rate and less material waste.


