Metal laser cutting is an efficient and precise thermal cutting technology, which is widely used in industrial manufacturing, mechanical processing, automobiles, aviation, construction, decoration and other fields. The following is a detailed introduction to the application of metal laser cutting:

1. What is metal laser cutting?

Metal laser cutting is a process of cutting materials by irradiating metal materials with a high-energy-density laser beam to make them melt, vaporize or reach the ignition point quickly, and blow away the molten material through a high-speed airflow. Commonly used lasers include fiber lasers, CO₂ lasers, YAG lasers, etc.

2. Applicable materials
Laser cutting is suitable for a variety of metal materials, including but not limited to:

● Stainless steel
● Carbon steel (low-carbon steel)
● Aluminum and aluminum alloys
● Copper and copper alloys (brass, bronze)
● Galvanized sheet
● Titanium alloy
● Alloy steel, etc.

3. Typical application areas
1. Sheet metal processing: Laser cutting is one of the core processes in sheet metal processing. It can be used to manufacture chassis, cabinets, electrical housings, tool boxes, metal door panels, etc.
Advantages: fine incision, no burrs, saving subsequent grinding process.
2. Mechanical manufacturing: manufacturing mechanical parts, structural parts, frames, flanges, gears, etc. It is particularly suitable for processing medium and thick plates, and can be used in conjunction with bending, welding and other processes.
3. Automobile industry: used for rapid prototyping of body panels, chassis structural parts, exhaust systems and other parts.
It can achieve customized and high-precision cutting, and adapt to automated assembly line operations.
4. Advertising decoration: laser cutting is used to make metal letters, signboards, decorative patterns, etc., with exquisite appearance.
It can achieve rapid cutting of complex graphics and fine patterns.
5. Kitchen appliances: used to cut stainless steel sinks, hood housings, stove parts and other parts.
It meets the requirements of high-standard surface treatment and precision accessories.
6. Aerospace: used to cut high-strength titanium alloy and aluminum alloy structural parts to meet the lightweight and high-precision process requirements.