Laser Technology

What Is Laser Cleaning?

Laser cleaning is a precise and highly effective process used to remove unwanted material—such as paint, rust, or contaminants—from solid surfaces by directing a concentrated laser beam at the target. The energy from the laser is absorbed by the unwanted material, causing it to either vaporize or dislodge from the surface due to rapid thermal expansion. Crucially, the base material remains unaffected, as it does not absorb the laser energy. This method is not only highly accurate and reliable, but also safe for operators and environmentally responsible—meeting the rigorous demands of military and industrial applications alike. 

 – Operational Brief

Laser Cleaning Technology is engineered to replace conventional surface blasting methods, including high-pressure water, dry ice, sand, glass, or plastic media. These legacy methods are not only costly but also create significant operational mess and logistical burden.
Our laser systems are fully mobile, capable of being deployed in nearly any environment. They can operate via a standard 120V single-phase outlet or be powered independently using our mobile inverter generator, ensuring mission flexibility and rapid deployment.
In most cases, no disassembly of components is required—cleaning is conducted in place. The laser cleaning head is designed for precision access, reaching confined and complex geometries with ease. Noise output is minimal; normal voice communication can be maintained during operation.

Laser Cleaning – Technical Overview and Safety 

Laser cleaning operates by firing high-intensity pulses of laser light, each lasting mere nanoseconds, directly at unwanted surface contaminants. These pulses instantly convert the target material into gas, which is either vaporized or immediately extracted via an integrated fume extractor. This system ensures a dust-free operation with minimal post-cleanup requirements.

The substrate beneath remains unaffected—due to its inability to absorb the laser's energy—resulting in zero collateral damage to mission-critical components. The equipment is built for safe and effective use across a wide range of operational environments.

To maintain personnel safety, all operators and nearby personnel are manufacturer certified and maintain safety protocols specific to each mission. Additional safety procedures are straightforward and easily implemented, ensuring a secure work area with minimal disruption.