March 29, 2023

Revolutionizing Tire Production: Laser Mold Cleaning

The article discusses the use of laser mold cleaning in the plastic industry, specifically for cleaning tire molds. The article compares three mold cleaning methods: physical mechanical, chemical reagent, and laser cleaning, in terms of performance, cost, safety, and environmental impact. Laser mold cleaning is a reliable and rapid method that can save downtime, avoid mold damage, improve safety, and save raw materials.
March 27, 2023

Handheld Paint Laser Removal: Efficient and Portable

The article discusses the challenges involved in removing paint from metal surfaces and how paint laser removal technology can be a solution. There are different types of paint used in industry, such as spray, brush, and bake paint, and each type requires different levels of laser power for effective removal. The principle of laser paint removal involves creating a high-energy plasma that removes the paint layer without damaging the substrate material.
March 24, 2023

High-Power Latest Laser Rust Remover Price

This article discusses the combination of laser technology and the cleaning industry, and introduces the laser rust remover price in detail. The article introduces several laser cleaning machines with different power and specifications, including 1000W, 1500W and 2000W handheld machines, priced between $6000 and $9000. These machines are suitable for different applications such as removing rust from steel plates, removing paint from engine parts or cleaning rubber moulds.
March 23, 2023

High Quality Laser Ablation Metal Cleaner

As an emerging green surface cleaning technology. Laser ablation metal cleaning has the advantages of green environmental protection, non-contact, precise control, non-destructive and minimal damage to the substrate, etc. Metal cleaning laser has important application prospects in aerospace, nuclear power and marine fields.
March 21, 2023

New Laser Coating Removal Cleaning Machine

Laser coating removal is an ablation process that vaporizes the coating by focusing laser energy on the surface of the material and absorbing it, while having minimal impact on the underlying substrate. The process can be applied to a variety of materials, including metals, plastics, composites and glass.