In the design phase, we deeply investigate the needs of industry equipment, combine ergonomics and functional requirements, and optimize the internal space layout, opening position and size of the box. For example, we design dense heat dissipation holes for the communication equipment box and strengthen the edge protection structure for the industrial control box. In production, we use multi-station continuous stamping dies and servo presses to achieve high-speed and high-precision stamping to ensure the flatness and dimensional stability of the box. The surface treatment process strictly follows environmental protection standards, the galvanized layer is uniform and dense, the spraying has strong adhesion and optional colors, which can meet the aesthetic and protection needs of different scenes.

There are many actual application scenarios. In the field of electronics and electrical, it provides protection for smart meter boxes to ensure stable collection of power data; in the communication industry, as a base station equipment box, it protects the signal transmission module in harsh outdoor environments; in industrial control scenarios, it accommodates core components such as PLC to help the stable operation of automated production lines; in medical devices, it creates a clean and protective internal space for testing equipment. With the core advantages of "high precision, strong adaptability, and excellent protection", it has become the preferred solution for hardware integration of equipment in various industries, promoting the development of equipment in a more reliable and intelligent direction, and providing solid box protection support for modern industrial manufacturing and people's livelihood applications.