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Laser surface activation before bonding and painting
Fibeer SX Surface Engineering

Perfect Adhesion Before Bonding and Painting

In modern manufacturing—automotive, electronics and consumer devices—reliable surface activation is essential. Plastics and silicone components are difficult to bond or paint unless the surface is clean, homogeneous and correctly micro-structured.

Laser surface treatment provides a precise, contact-free and fully controlled solution for preparing plastics, polymers and silicone parts before bonding, painting or coating.

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The laser selectively removes contamination such as

silicone oil

Silicone oil contamination Silicone oil cleaned surface

mold release agents

Mold release agents contamination Mold release agents cleaned surface

additive residues

Additive residues contamination Additive residues cleaned surface

organic film (fingerprints)

Organic film fingerprints contamination Organic film fingerprints cleaned surface

while modifying the surface microstructure at the same time. The process is non-abrasive—no scratches, no erosion, no risk of thermal damage thanks to controlled heat input.

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High-tech laser workstation
Industrial applications

Where laser surface activation delivers maximum value

A key advantage is laser surface activation, where the beam creates controlled micro-roughness that dramatically increases adhesion strength for adhesives, coatings and paints. This is indispensable for applications such as:

01 Bonding silicone components

Bonding silicone components Traditionally very low adhesion

02 Painting automotive plastic parts

Painting automotive plastic parts

03 Coating sensor housings and enclosures

Coating sensor housings and enclosures

04 Bonding seals, gaskets and elastomers

Bonding seals, gaskets and elastomers

05 Painting injection-molded components before assembly

Painting injection-molded components before assembly

Laser activation prevents cracking, peeling and paint failure caused by mechanical stress or long-term use. The result is dramatically improved product durability, lower scrap rates and a stable, repeatable production process.

High-tech laser workstation
High-tech laser workstation
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