What are the characteristics and scope of use of a hand-held laser cleaning machine

    As we all know, metal is easy to rust. For industrial fields that are closely related to the use of metal, such as molds, rail transit, aerospace, etc., once the product rusts, it will affect the performance and service life.

  The hand-held laser cleaning machine adopts the "green and environmental protection" cleaning method, and irradiates the surface of the workpiece through a high-energy laser beam without mechanical contact, so that the rust, oil or coating on the surface evaporates or peels off instantly, so as to achieve the purpose of cleaning. The cleaning objects include steel, aluminum alloy, titanium alloy, glass and composite materials, etc. The application industry covers aerospace, aviation, ships, high-speed rail, automobiles, molds, nuclear power and marine fields.

    Handheld Laser Cleaning Machine

    01. Features:

◆ All-in-one integrated structure, ergonomic design

◆ Equipped with elastic weight reducer, cleaning is more labor-saving

◆ Multifunctional laser cleaning control system

◆ Built-in smoke and dust purifier, in line with environmental protection requirements

◆ Dedicated fiber laser

◆ Dual temperature and dual control water cooling system to ensure long-term operation

◆ Derusting and decontamination on the surfaces of molds, metal products, spraying, etc.

    02. Main application:

    Mainly used for laser cleaning and surface laser pretreatment of metal surfaces such as molds, metal products, ships, automobiles, medical equipment, sheet metal/spraying, etc. After laser cleaning the oil stain and oxide layer on the surface of metal materials before welding, the welding quality and weld firmness can be significantly improved.

    03. Equipment advantages:

a. More environmentally friendly: no need to use any chemicals and cleaning fluids, and the generated pollutant particles and gases can be collected and purified by portable exhaust fans;

b. No damage: The laser adopts non-grinding and non-contact cleaning methods, and a short-term impact will not heat the metal surface and cause no damage to the substrate;

c. Low cost: no consumables are consumed during the use of the laser cleaning machine, the operating cost is low, and the lens only needs to be cleaned or replaced regularly in the later stage, the maintenance cost is low, and it is close to maintenance-free;

d. Easy to clean: The built-in scanning galvanometer controls the light spot to move at a high speed, which is convenient for cleaning the corner parts that are difficult to reach by traditional cleaning methods such as special-shaped parts, holes, and grooves;

e. Wide range of materials: Laser cleaning can almost remove various types of pollutants on the surface of various materials, achieving a cleanliness that cannot be achieved by conventional cleaning.

f. Automation: It can be integrated with CNC machine tools or robots to implement remote control and cleaning, realize the automation of equipment, form product assembly line operations, and operate intelligently.