Laser Rust Removal Machine Price

Laser Rust Removal Machine Price

The price of a laser rust removal machine can vary significantly depending on several factors such as the brand, model, power output, features, and the supplier’s location. Generally, laser rust removal machines are considered high-end industrial equipment, so they tend to be relatively expensive compared to traditional rust removal methods. As of my last update, prices for laser rust removal machines can range from several thousand dollars to tens of thousands of dollars, or even more for larger, higher-powered models. More compact and lower-powered machines may be available at the lower end of the price spectrum, while larger, more powerful machines with advanced features will likely be at the higher end.

How does laser rust removal work ?

It mainly uses the instantaneous high temperature corrosion produced by the laser beam on the product surface to ablate the rust, coating, oil and other surface substances on the product surface. The laser cleaning machine has a wide range of applications and is basically suitable for any industry. The laser cleaning machine uses a high-energy density laser beam to irradiate the surface of the workpiece to make the dirt, rust or coating on the surface evaporate or peel instantly, so as to achieve a clean, green, energy-saving and efficient industrial tool. It can quickly remove paint and Rust removal, removal of oxides, oil stains, oil stains and product residues, restoration and preservation of historical cultural relics, etc.

The high-power pulsed laser cleaning process relies on the characteristics of the optical pulse generated by the fiber laser, and is based on the photophysical reaction formed by the interaction between the high-intensity beam, the short-pulse laser, and the pollution layer. The physical principles can be summarized as follows:

1. The beam emitted by the laser is absorbed by the pollution layer on the surface to be treated;

2. Absorption of large energy forms a rapidly expanding plasma (a highly ionized unstable gas), which generates shock waves;

3. The shock wave turns pollutants into fragments and is removed;

4. The light pulse width must be short enough to avoid heat accumulation that damages the processed surface;

5. When there is oxide on the metal surface, plasma is generated on the metal surface.