The application of new fiber laser cutting machines in chassis cabinets is the future development trend.
2018-01-11
The chassis cabinet is a professional installation space for integrating power supplies, hosts, motherboards, hard drives, and other components, achieving the integration of device components to protect them from impact, radiation, and electromagnetic interference. At the same time, the chassis allows the main device to adapt to various harsh environments or application locations, widely used in network engineering, communication systems, and other industries. Therefore, a high-quality chassis, whether in design structure or processing quality, is not only very important for protecting components but also affects the overall performance of the equipment.
How is the chassis made, and what are the processing methods? Let's take a look at the commonly used processing methods today!
CNC Shearing Machine:
The shearing machine mainly performs straight cutting. Although it can cut a 4-meter-long sheet in one go, it can only be used for sheet metal processing that requires straight cutting.
CNC Punching Machine:
The punching machine is actually a press, which creates corresponding models according to different workpieces to complete the work, mainly facing carbon steel plates under 2mm. Its advantages are fast processing speed for simple shapes and thin plates, while its disadvantages are limited capacity when punching thick steel plates, long mold opening cycles, high costs, and insufficient flexibility.
High-Pressure Water Cutting:
Water cutting uses high-speed water jets mixed with garnet to cut sheet metal, with almost no restrictions on materials. However, the processing speed is too slow, the processing environment is too dirty and not environmentally friendly, and the consumables are high.
Flame Cutting:
Flame cutting generates enough heat through the chemical reaction between oxygen and steel to melt the steel, serving as a rough processing method for steel plates.
It is mainly used to cut 40mm thick steel plates, with significant thermal deformation and wide cutting seams, making it unsuitable for cutting metals like stainless steel or aluminum.
Fiber Laser Cutting:
Laser cutting replaces traditional mechanical blades with "beams," allowing for fast cutting speeds and smooth cuts, generally requiring no post-processing. Laser cutting is suitable for the vast majority of metal materials, and regardless of how complex the shapes are, they can be precisely and quickly formed in one go. By using software for drawing in conjunction with cutting work, there is no need for molds, which not only allows for product diversification but also saves on mold costs, significantly reducing production costs.
From the various cutting and forming processing methods mentioned above, it can be seen that the fiber laser cutting machine has comprehensive technical advantages, and only it can ensure the production of more and better products within a limited time. At the same time, the fiber laser cutting machine can also achieve automatic feeding, precise cutting, avoid material waste, shorten processing cycles, and improve product production efficiency. Its adaptability is very wide, and its flexibility is strong, making it the main equipment for chassis cabinet cutting and forming in the future.
Due to the continuous improvement of equipment production processes and the increasing demands for product quality, SHINHOP Shenzhen Laser Cutting Equipment Company has responded to market development needs. After four years of in-depth research and development, it successfully developed a professional chassis laser cutting machine system in 2017, which has been successfully applied to over 20 manufacturers of computer chassis, network indoor chassis, and communication network node chassis products in the Shenzhen area, receiving unanimous praise.
Its functional characteristics are reflected in the following aspects:
1. Designed according to European and American standards, with advanced technology, stable quality, and an atmospheric and high-end appearance, significantly enhancing the company's production strength.
2. Adopts a fast-reacting gantry crane method, with stable operation and significant performance.
3. Exquisite details, military quality.
4. The cutting speed is currently the fastest in the country, reaching 100M/MIN, with acceleration up to 1.5G, achieving automatic focusing cutting heads for thick plate perforation cutting within 3 seconds.
5. Uses imported lasers with modular design, capable of over 100,000 hours of use.
6. Uses internationally advanced mechanical workbench supporting equipment.
About Us
Shenzhen SHINHOP Laser Equipment Co., Ltd. It is a scientific and technological enterprise specializing in the research and development, production and sales of industrial laser processing equipment. It has been deeply engaged in the new energy industry for 20 years, focusing on the non-standard customization of automatic lithium battery cell assembly line and module PACK production line. It has successively obtained the national high-tech and specialized new enterprise certification.
Contact Us
Company Address：Building 6, Jingneng Science and Technology Environmental Protection Industrial Park, No.3 Baolong 2nd Road, Longgang District, Shenzhen City, Guangdong Province
Customer service hotline:18898357350
Customer service E-mail:info@shinhop.com
Related News
2026-06-11
Contact Details
Hotline
Address
Building 4, Jingneng Technology and Environmental Protection Industrial Park, 3 Baolong 2nd Road, Longgang District, Shenzhen, Guangdong Province，China
YouTube
TikTok