Laser cutting is a non-contact thermal cutting technology that uses a laser generator to produce a high-intensity, concentrated laser beam, which is guided and focused through optical components to act on the surface of the processed material. The laser beam’s high energy quickly heats the material to its melting or vaporization point, and the molten material is blown away by high-pressure gas (such as oxygen, nitrogen, or argon) to form a smooth, precise cutting surface.
Unlike traditional cutting methods, laser cutting avoids physical contact with the material, effectively reducing material deformation and ensuring cutting accuracy. Its core process logic is to convert electrical energy into laser energy, focus it into a high-energy beam, and use thermal effect to realize material cutting.

The specific process flow is divided into 5 key steps:

① Material Preparation: Select the appropriate metal material (stainless steel, carbon steel, aluminum, etc.) and process it into the required size of the base material, and clean the surface to remove oil, rust, and debris.
② Parameter Setting: According to the material type, thickness, and cutting requirements, set the laser power, cutting speed, gas pressure, and focus position through the control system.
③ Laser Generation and Focusing: The laser generator emits a laser beam, which is transmitted through the optical fiber and focused by the lens to form a small-diameter, high-energy density beam.
④ Cutting Execution: The focused laser beam acts on the material surface, melting or vaporizing the material, and the high-pressure gas blows away the molten material to form a cutting seam.
⑤ Post-processing: After cutting, the product is deburred, polished, and cleaned to ensure the smoothness of the cutting surface and meet the product quality standards.

Laser cutting is a non-contact thermal cutting technology that uses a laser generator to produce a high-intensity, concentrated laser beam, which is guided and focused through optical components to act on the surface of the processed material. The laser beam’s high energy quickly heats the material to its melting or vaporization point, and the molten material is blown away by high-pressure gas (such as oxygen, nitrogen, or argon) to form a smooth, precise cutting surface. Unlike traditional cutting methods, laser cutting avoids physical contact with the material, effectively reducing material deformation and ensuring cutting accuracy.

Compared with traditional cutting technologies (such as plasma cutting, flame cutting, and shearing), laser cutting has obvious core advantages that make it the preferred choice for industrial high-precision cutting.

- First, it features high cutting precision, with an error of less than ±0.1mm, which can meet the strict requirements of precision parts and decorative products.
- Second, it has high cutting efficiency, which is 2-3 times that of traditional cutting methods, greatly shortening the production cycle and reducing processing costs.
- Third, it achieves non-contact cutting, no tool wear, no material deformation, and can cut complex shapes, irregular patterns, and small holes that are difficult to achieve with traditional methods.

In addition, laser cutting is environmentally friendly and energy-saving, producing no harmful fumes or noise, and complying with global industrial environmental protection standards.

To ensure stable and high-quality laser cutting services, we are equipped with advanced industrial-grade laser cutting machines, with complete models and excellent performance, which can meet the cutting needs of different materials and thicknesses. The core technical parameters are as follows:

- Laser Type: Fiber Laser; Laser Power: 1000W-6000W (customizable according to demand);
- Cutting Range: 1500mm×3000mm, 2000mm×4000mm (optional);
- Cutting Thickness: Carbon Steel ≤20mm, Stainless Steel ≤15mm, Aluminum ≤10mm;
- Cutting Accuracy: ±0.05mm-±0.1mm;
- Cutting Speed: 0-12000mm/min;
- Control System: CNC Automatic Control System (supporting CAD/CAM drawing import);
- Power Supply: 380V/50Hz.

All our laser cutting machines have passed strict quality inspection and are equipped with professional after-sales service to ensure stable operation and efficient production.

With its high precision, high efficiency, and flexible cutting advantages, laser cutting is widely used in various industrial fields, covering our core product lines and meeting the diverse needs of global customers.

① Metal Mesh & Grating Industry: Cutting of anti-slip steel plates, steel gratings, laser-cut decorative meshes, and perforated meshes, realizing complex pattern cutting and precise size control.

② Construction & Decoration Industry: Cutting of decorative metal plates, curtain wall materials, and architectural components, providing personalized decorative solutions for commercial buildings, residential buildings, and public facilities.

③ Industrial Manufacturing: Cutting of mechanical parts, equipment components, and auto parts, ensuring the precision and consistency of parts.

④ Engineering & Infrastructure: Cutting of fence materials, stair treads, and platform components, adapting to the harsh environment of industrial engineering and outdoor projects.

⑤ Other Fields: Cutting of aerospace parts, medical equipment components, and electronic products, widely used in high-precision manufacturing industries.