Application case of steel structure engineering

Summary:
Steel structure engineering is a structural engineering mainly based on steel production. It has the characteristics of high strength, light weight, and excellent seismic performance. Steel beams, columns, trusses, and other components are mainly made of steel sections and plates. Steel structure manufacturers need to perform cutting, chamfering, drilling, and other processes on steel pipes during the production process to meet the shape and size requirements of the steel structure, and assemble them through welding, bolt connections, and other methods. Widely used in industrial plants, high-rise buildings, bridges and other fields. Its construction speed is fast, it can effectively shorten the construction period, and it is green and environmentally friendly. It can achieve material recycling and reuse, occupying an important position in modern architecture.

Pain points and solutions
There are many pain points in the steel structure industry.
1. Quality control is difficult, and even slight errors in welding, painting, and other processes can affect overall quality.
2. The construction is difficult and constrained by factors such as weather and site, making it difficult to ensure installation efficiency and accuracy.
3. The fierce competition in the industry and the widespread phenomenon of low price bidding have led to a compression of profit margins. These pain points are constraining the healthy and rapid development of the steel structure industry.

In the steel structure industry, laser cutting machines provide excellent solutions.
1. It can accurately cut various types of steel pipes, ensuring precise size and meeting the complex connection requirements of steel structures.
2. Its high-speed cutting characteristics can significantly improve production efficiency and reduce project costs.
3. The cutting surface is smooth and does not require excessive post-processing. And it can flexibly process steel pipes with different diameters and wall thicknesses, achieve diversified cutting styles through programming, and effectively promote the improvement of manufacturing accuracy, efficiency, and quality in the steel structure industry.

Recommended equipment for steel structure engineering processing
1. G120K/G170K/G240K series high-speed 3D five axis groove laser pipe cutting machine
Advantages and features: ± 45 ° groove cutting, one-time molding; The angle of the groove can be adjusted at any angle of 45 ° to make the welding more secure; Efficient 3D 45 ° cutting of various types of small and medium-sized pipes.
2. G120C-G170C-G240C High speed 3D Laser Pipe Cutting Machine (Side Hanging)
Advantages and features:
1. Fast speed and high efficiency: the acceleration reaches 1.6G, and the efficiency is 5-6 times that of ordinary pipe cutting machines;
2. Wide cutting range and easy operation: This machine can cut multiple types of pipes, including round pipes, square pipes, elliptical pipes, special-shaped pipes, and supports 24-hour operation. An industry standard operating system with deep optimization, fast response, and minimalist operation. Perfectly combining speed, functionality, and stability,
3. Small blind spots in the tail material, saving materials and reducing post-processing: The equipment theoretically cuts tail material to about 60mm, greatly saving material loss;
4. Follow up cutting: Comes with an integrated height adjuster as standard, making it easy to handle deformed pipes.
3. G170M drawing free laser machine
Advantages and features:
1. No drawing required, labor-saving and time-saving;
2. Dual card automatic clamping, energy-saving and convenient;
3. The tail material is extremely short, saving both material and money.
4. The tail material is extremely short, saving both material and money.
5. The front card is moved forward, which is worry free and precise