Surface corrosion
Prepare suitable rusted steel and metal components for closer inspection, repair or refinishing.
Laser cleaning directs energy at a surface where unwanted layers such as rust, oxides or certain coatings can absorb enough energy to loosen, break away or ablate. The response depends on the laser settings, coating and underlying material.
Base metal is not magically immune to a laser. Reflectivity, thickness and thermal response vary. That is why careful process selection, testing and extraction matter, especially on delicate automotive parts.
COMPARE CLEANING METHODS ↗
The best approach depends on the substrate, contaminants and the next stage of restoration.
Prepare suitable rusted steel and metal components for closer inspection, repair or refinishing.
Target certain paint layers, oxide films and contamination where material testing supports the method.
Access complex metal shapes without relying on the mechanical action of abrasive blast media, when practical.
Not necessarily. Reflection and absorption vary by wavelength, finish and material. Correct process selection and operating controls are essential.
Laser cleaning generally does not need cleaning solvents or abrasive blast media, but coatings and contaminants may generate fumes or particulates requiring extraction.
Pulsed systems deliver energy in short bursts often selected for controlled work. Continuous-wave systems deliver energy continuously and may create higher heat loads. Suitability varies by job.
It can remove appropriate accessible corrosion, but it cannot restore steel lost to pitting, perforation or structural deterioration.
Tell us what you need cleaned, restored or protected. We’ll help you work out a sensible next step.