(1) Cutting:
Steel Plate cutting is well known. Common cutting methods include flame cutting, plasma cutting and laser cutting. Different cutting methods need to be selected according to the plate thickness and precision requirements of the customer's drawings.
(2) Bending: Sometimes the plates purchased by customers need to be further processed and bent. The steel plates are angled by a bending machine, which is suitable for manufacturing steel structure parts of various shapes.
(3) Welding: Welding can weld two steel plates together to assemble various different steel plates on the customer's drawings. The welding process is used to connect medium and thick plates together to form more complex structures.
(4) Drilling: Use a drilling machine or CNC equipment to perform hole processing on medium and thick plates, which is often used to manufacture fastener mounting holes.
(5) Stamping: Use stamping equipment to form medium and thick plates, which is suitable for mass production of parts with complex shapes.
Today we are mainly talking about laser cutting. Under what circumstances should steel plates be laser cut? Let’s take a look and learn more about it.
(1) High-precision cutting: Because laser cutting technology can achieve extremely high cutting accuracy, the cut is smooth and flat, and the error is extremely small, it is suitable for steel structure parts that require precision manufacturing. Laser cutting performs better in the processing of complex shapes and fine details.
(2) Good cut quality: The cut produced by laser cutting of steel plates has no burrs, no deformation, and the heat-affected zone is very small. Compared with traditional cutting methods, laser cutting avoids material deformation and performance loss caused by high temperature generated by cutting.
(3) High efficiency: Compared with traditional cutting, laser cutting has a faster processing speed, which can greatly improve production efficiency and reduce costs. Especially in thin plate processing, laser cutting can achieve higher cutting speed and save time.
(4) Less material loss: The cutting slit of steel plate cut by laser cutting is very narrow, and the loss of steel material is small. It can maximize the use of materials and reduce production costs. It is particularly suitable for the processing of high-value materials.
(5) Strong adaptability: Laser cutting is very inclusive and can cut almost all kinds of metal materials. Whether it is
Carbon steel,
stainless steel, aluminum alloy or other alloy steel, high-quality cutting can be achieved by adjusting the laser power and cutting speed.
(6) High degree of automation: Laser cutting is easy to combine with CNC technology to achieve fully automated operation, and can quickly convert processing drawings. It is suitable for small batch and multi-variety production mode and has high flexibility.
(7) Reduce secondary processing: Due to the high quality of laser cutting, the cut parts usually do not require secondary processing or only require a small amount of finishing before they can be used directly, which simplifies the production process.
Our Company
About Henan Houming Industrial Co., Ltd.: We are a manufacturer specializing in deep processing of
Prefab House, silicon steel, weathering steel and wear-resistant plates. Houming adheres to the business philosophy of "seeking truth and being pragmatic" and is committed to providing customers with high-quality products and services. Through continuous technological innovation and process improvement, we have established a good reputation in the industry and won the trust and support of our customers.
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