Materials Particularly Well-Suited for Our Methods

- Metals : Laser and plasma cleaning is ideal for metals as it removes rust, paint, and other contaminants without damaging the surface or altering the material’s properties. Cryogenic cleaning is effective for removing oils, greases, and other residues without abrasive action.

- Plastics : These technologies are gentle enough to clean and treat plastics without causing scratches or stress fractures, making them perfect for sensitive plastic components in the automotive and electronics industries.

- Glass : Laser cleaning is especially effective for glass surfaces, removing coatings and residues without engraving or scratching the glass, making it suitable for applications in optics and semiconductor industries.

- Electronics : Cryogenic cleaning is excellent for delicate electronic components as it removes dust and debris without generating static electricity or moisture, ensuring the integrity of sensitive circuits.

- Composites : Plasma and cryogenic methods are ideal for composite materials, cleaning without compromising the integrity or performance of these advanced materials used in aerospace, automotive, and sports equipment.

- Stone : Laser and cryogenic cleaning are particularly effective for stone surfaces, including historical monuments and architectural elements. They remove graffiti, pollution deposits, and biological growth without damaging the stone or altering its appearance.

- Wood : Cryogenic cleaning is highly effective for wooden surfaces. It gently removes paint, varnish, mold, and other contaminants without damaging the wood fibers or affecting its structural integrity. It’s ideal for historical woodwork, beams, and floors.

By using these gentle yet effective cleaning technologies, we ensure that your valuable equipment and surfaces are cleaned to the highest standards while also being preserved for long-term use. Our commitment to precision, control, and environmental responsibility makes our solutions ideal for industries where material integrity and longevity are critical.