Guangzhou Yigang Steel Trading Co., Ltd.
Yigang Steel's vision of "being the most competitive steel processing enterprise"; with "customer-centric, caring for employees, integrity management, sustainable development" as its core values, and
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Metal Laser Cutting IPE Beam Steel Structure Cutting Square Rectangle Structural Steel
Specification
| model | IPE |
| use | Steel structure application |
| Material | S355JR |
| Available materials | 100mm x 55mm 120mm x 64mm 140mm x 73mm 160mm x 82mm 180mm x 91mm 200mm x 100mm And many more sizes, materials, etc. |
The best cutting technology for steel structure fabrication
The steel construction industry requires a radical change in the processes used to cut H, C and IPE-shaped pipes and profiles and prepare them for subsequent manufacturing steps. There is an ever-increasing need to build ultra-modern structures. The ever-increasing complexity of forms and demands for aesthetic appearance present increasing manufacturing challenges. This modern trend is also present in residential architecture. Other aspects of modern trends are ecological sustainability and the need to complete projects in less time to reduce costs
Today's modern technology allows all these operations (drawing transfer, cutting, edge management, hole placement) to be done with one machine. 3D Lasertube cutters cut large size tubes and profiles with high cut edge quality and dimensional accuracy, allowing parts to be assembled/welded directly without any additional processing. The payoff is increased time and cost savings.
Compared with the commonly used plasma cutting technology, laser cutting technology is faster, cleaner and more efficient. The laser-cut edges are burr-free, so subsequent deburring is not required. In addition, compared to plasma cutting, the heat-affected zone generated during laser cutting is much smaller, so the strength of the joint can be improved.
The handling system must also be able to automatically handle parts of different shapes and sizes - round, square or rectangular, various profiles such as C, HEA, HEB, IPE. Therefore, the system must be flexible, versatile and automated; it does not require any manual adjustments or the use of specialized shape-related fixtures that the operator must change from time to time
Incorporating handling systems in the manufacturing process is a significant advantage as they reduce manpower and eliminate tooling, while adding tremendous flexibility in part shape, size and weight, while directly increasing operational speed, accuracy and efficiency
As more commercial and public structures (airports, bridges, stations, etc.) come to rely on steel in their construction and design, the complexity of joinery between pipes and profiles is increasing. Therefore, a single element may require multiple complex shapes to be cut on it
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