Workmanship

The manufacturing of sheet metal boxes involves multiple process steps, including cutting and cutting, CNC bending, punching and shearing, stamping, rolling, riveting and welding, etc.

These processing steps are based on the careful design and specification labeling of sheet metal engineers, ensuring the accuracy and quality of the box, among which, welding methods mainly include arc welding, gas welding, etc. Arc welding is widely used due to its flexibility, maneuverability, and applicability.

Box characteristics

• Lightweight and easy to manufacture:
  the sheet metal box is made of sheet metal materials, which are relatively light in weight and have a simple manufacturing process, making it easy to achieve scale and mass production.

• Durable and sturdy:
  After multiple processes such as molding, welding, and surface treatment, the sheet metal box can form a sturdy shell, greatly improving the durability of the box and adapting to various harsh environments.

• Easy to maintain and upkeep:
  The sheet metal box is made of simple materials, with relatively low repair costs, and is easy to maintain and upkeep.

Application area

• Electronics industry:
  used for manufacturing power boxes, cabinets, network server chassis, etc.
• Communication industry: used for transmitting and receiving equipment, wireless base stations, tower antennas, etc.
• Transportation industry:
  Components such as axle boxes and control boxes are used in vehicles such as subways, trains, automobiles, and buses.
• In terms of medical devices:
  used for manufacturing control boxes, infusion racks, etc. for medical equipment.