3. Product Details
During the design phase, we focused on the needs of industry equipment, and jointly with structural engineers and process experts, used 3D modeling to simulate the mechanical properties and heat dissipation paths of the box, and optimized the internal space layout, such as encrypting the heat dissipation holes for high-heat equipment and strengthening the edge protection for industrial control equipment. The production process uses a multi-station continuous stamping die, combined with a servo press, to achieve integrated punching, bending, and forming operations to ensure the flatness and dimensional stability of the box. The surface treatment follows strict standards, the anodized film layer is uniform and dense, and the spraying process has strong color adhesion and good weather resistance, which meets the aesthetic and protection needs of different scenes.

The actual application covers multiple fields. In electronic equipment, it provides lightweight and efficient protection for the main box of smart terminals, helping the product to be lightweight and thin; in industrial control scenarios, it accommodates core components such as PLC and operates stably in the harsh environment of the production line; in communication base stations, as an outdoor equipment box, it resists wind and sun and ensures the normal operation of the signal transmission module; in the field of medical equipment, it creates a clean and protective internal space for testing instruments, which meets the high reliability requirements of medical equipment. With the core advantages of "high precision, strong protection, and multi-function", it has become the preferred solution for hardware integration of equipment in various industries, promoting the equipment to be more reliable and intelligent, and providing solid box protection support for the development of modern industrial manufacturing and high-end equipment.