Backpack Rust Laser Removal For Steel

A: Laser cleaning uses concentrated laser radiation to evaporate and ablate impurities from the surface. The impurities are affected by ultra-short laser pulses (μs-ms), which generate heat and heat-induced pressure – the high temperature inside the material creates a high pressure that causes it to evaporate. Laser cleaning is therefore very gentle on the substrate. Almost no waste material is generated during laser cleaning, because most of the impurities evaporate, thanks to the high efficiency of our laser resonators used, the cleaning process has very low operating costs. Laser cleaning is a non-contact, non-abrasive method that is very gentle on the surface of the material. Since the course of the interaction of laser radiation with the material depends on the material, it is possible to set the cleaning parameters so that the substrate remains undamaged after cleaning.

A: 1. No damage to the underlying material. 2. Lower operating costs of vs traditional industrial cleaning methods. 3. Easy operation and intuitive user interface. 4. Eco-friendly – no use of any added material or chemicals. 5. Fast return on your investment. 6. Speed and efficiency. 7. Fast implementation. 8. Produce minimal waste for EPA Regulation compliance.

A: Our Laser Cleaners have a very wide range of uses, lots we don't even know of yet: Deoxidization/Rust removal The most well-known attribute of laser cleaning. Rust can be removed from anything from metal nuts to large industrial machinery. Coating removal Laser cleaning is one of the best steel preparation processes before any welding, soldering, gluing, or new application processes. Degreasing A common method used in the process and production industry. Efficient for removing dirt, moisture, or any other contaminant. Restoration Laser cleaning is especially effective in Restoring worn-out stone or, heritage objects. For damage removal of Soot and smoke stains but it is recommended to find out in advance whether the cleaning cannot cause side effects for the material. Individual parts cleaning It is not always necessary to clean the whole object if it only has a few worn out parts allowing less downtime.