Laser cleaning technology us ∑₽♥es nanosecond or picosecond pulsed hε♣✔igh-energy density lΩ‍™aser to irradiate the s‍®✔urface of the workpiec≥≥e, so that the surface of the work☆λλpiece absorbs the focuse>δd laser energy in an in★φγγstant, forming a rapidly exp​∏anding plasma, making the ✔☆surface oily, rust, du ™÷∏st. Substances such as slag,✘β< coating, oxide layer or film lay☆φ♥er instantly evaporate or fall off,♥✔↔₹ which can quickly and e↑≥↔fficiently remove attachments oו φr excess coating from the workp♥∞'↕iece and achieve the purpose φ&•of cleaning the workpiece.

Laser cleaning is a≤≠ cutting-edge technology →$&​based on the interaction between la✘≠☆ser beams and other substances. Compar≈±∞λed with traditional cleaning methods§Ω±↔ such as chemical cl≤σ₹eaning, mechanical c←​¶leaning, dry ice cleaning, and &₹↔ultrasonic cleaning, it has signifi≠¥∑cant advantages such as high eff∑λ≠iciency, speed, and low cost∑€✘. The thermal load and mechanical foΩ&∏™rce generated on the workpiec'‌♦₩e are very small, which will not caus↓¶ λe damage to the workpiec''e, and the waste can be r×♣∏¶ecycled in time, which will not cau€ €βse pollution to the environment, a↔±£nd will not cause harm t€"o the operator, and ₹ '¥can also realize remote automaσ£tic remote control cleanα₽ing.

Laser cleaning can be used not on÷<✔§ly to clean organic pollutants, but al♣Ω∑so to clean inorganic↔♦πΩ substances, including metal rust, meta↑δε&l particles, dust, etc.