Portable Fiber Laser Cleaning Machine For Surface Rust Removal

Laser rust removal machine is a device that uses laser technology to remove rust from metal surfaces. Compared to traditional mechanical friction rust removal methods, laser rust removal machines have advantages such as fast speed, high efficiency, simple operation, and no loss, and are increasingly favored by industrial enterprises.

The working principle of fiber laser cleaning machine can be simply summarized into three steps:

1. Absorption of laser energy: The beam is directly irradiated on the rust layer that needs to be treated. Due to the rust and impurities on the metal surface absorbing laser energy, they will be heated, melted, evaporated, or burst.
2. Scanning processing: The laser rust removal machine uses high-speed scanning technology to quickly scan the light spot on the metal surface, evenly irradiating the laser energy onto the metal surface, effectively removing rust, oxides, and oil stains.
3. Gasification removal: Rust, oxides, and oil stains treated by laser are instantly removed as gas, completing the rust removal operation.

Portable fiber laser cleaning machine is suitable for rust removal and cleaning of various metal surfaces, especially for cleaning oil, dirt, and coatings on metal surfaces with good cleaning effects. Laser rust removal machines can also be applied in rust removal and cleaning work in fields such as automotive manufacturing, aerospace, rail transit, and railway maintenance.

In short, portable fiber laser cleaning machine is an efficient, environmentally friendly, and energy-saving rust removal tool, which will play an increasingly important role in future industrial applications.

1. Select the corresponding type according to the cleaning requirements:

Common laser cleaning machines include continuous laser cleaning machines and pulse laser cleaning machines, and different cleaning requirements require different types of cleaning equipment. Simply put, pulse laser cleaning machines do not cause damage to the components and are suitable for products with high cleaning requirements;

2. Power selection:

Power is one of the key parameters of laser cleaning machines, which directly affects the cleaning effect. Simply put, the higher the power of the laser cleaning machine, the faster the cleaning speed. Of course, it is also necessary to consider the parameter settings during actual cleaning.

3. Stability of equipment operation:

When choosing a laser cleaning machine. The stability of equipment operation is a very important reference factor, which directly affects the quality and efficiency of cleaning. If the equipment is unstable, it may cause damage to the components.

4. Convenience of operation:

When using a laser cleaning machine, factors such as the convenience of operation and the convenience of equipment maintenance in the later stage should be considered.

SC is a professional sheet metal forming machine manufacturer, and we provide all solutions for clients to solve the sheet metal processing problems. Welcome to contact with us if you need any machines in metal cutting or forming.

The advantages of portable fiber laser cleaning machine mainly include high efficiency, non-contact cleaning, selective cleaning, environmental protection, and wide applicability. It can quickly remove rust, avoid physical wear, accurately locate and remove rust, and does not use chemical reagents, suitable for various metals and complex shaped objects. In addition, the laser rust removal machine can be integrated with CNC machine tools or robots to implement remote control rust removal, forming a product assembly line operation, intelligent operation, and without damage to the metal substrate, with good stability and low maintenance costs.

However, the disadvantages of laser rust removal machines include high cost, high operational requirements, high energy consumption, safety hazards, and limited usage scenarios. The cost of procurement and maintenance is high, requiring specialized trained operators who may consume more electricity during operation. Laser may cause harm to the operator’s eyes and skin, and due to the size of the equipment and the required power supply, it may not be suitable for all on-site environments.