The sheet metal stamping electronic equipment housing is made of cold-rolled steel plates, aluminum alloy plates and other metal sheets as the base material, and is made by integrating advanced stamping technology. Relying on CNC punching machines and customized molds, the flat material is transformed into a housing structure suitable for electronic equipment after precise punching, bending and forming. From tiny smart terminal protective shells to large industrial control cabinets, they can all be customized on demand. During the processing, the dimensional accuracy is strictly controlled, and the details such as heat dissipation holes, interface slots, and mounting positions are stamped simultaneously. After deburring and surface treatment (such as galvanizing, anodizing, and spraying), the housing is given protection, beauty, and adaptability, building a "safety fortress" for the internal components of electronic equipment. It is widely used in consumer electronics, industrial control, communication equipment and other fields.
Features | Details |
Excellent precision | Using CNC stamping + high-precision molds, the dimensional tolerance is controlled within ±0.05mm, and the mounting holes, interface slots and electronic components are precisely matched to ensure the consistency of equipment assembly and eliminate assembly problems caused by dimensional deviations |
Solid structure | Through stamping to optimize metal stress distribution, combined with bending reinforcement ribs and one-piece molding processes, on the basis of thin plates (thickness 0.5-3mm), it has strong resistance to deformation and impact, and effectively protects internal components from external damage |
Efficient heat dissipation | Supports customized array-type, louver-type and other heat dissipation hole structures, follows aerodynamic design, accelerates internal heat discharge, adapts to the long-term stable operation requirements of electronic equipment, and reduces the risk of failure caused by overheating |
Flexible customization | The shell size, shape, and hole layout can be flexibly adjusted according to the functional requirements of the equipment. The surface treatment process (such as aluminum alloy anodizing for insulation and stainless steel galvanizing for enhanced corrosion protection) can also be customized to adapt to electronic equipment in multiple industries |
Product details
This series of sheet metal stamping electronic equipment housings focuses on the research and development of electronic equipment protection and integration needs. The base materials include high-strength cold-rolled steel plates (good strength and toughness, suitable for industrial cabinets), lightweight aluminum alloy plates (excellent heat dissipation, suitable for consumer electronics), and corrosion-resistant stainless steel plates (suitable for harsh environments). The thickness is flexibly selected according to the equipment protection level and weight requirements (generally 0.8 - 2mm).
The production process follows strict standards: laser cutting is used for precise blanking to ensure the initial accuracy of the plate; CNC punching machines are used in conjunction with customized molds to punch out the shell body, heat dissipation holes (supporting various shapes such as round and square), interface slots (compatible with USB, Type-C, network ports, etc.), and mounting screw holes (precise spacing, suitable for standard circuit boards) at one time; the bending process uses a servo bending machine to accurately control the angle to shape a square, closed or special-shaped three-dimensional shape; the subsequent deburring treatment eliminates sharp corners, and then the surface treatment - cold-rolled steel plates can be galvanized (rust-proof), sprayed (rich in color, insulation), aluminum alloy plates are anodized (enhanced hardness and thermal conductivity), and stainless steel plates are passivated (improved corrosion resistance).
The shell design takes into account both functionality and compatibility. The mounting holes on the bottom and side support a variety of installation methods such as wall-mounted, rack, and desktop; the closed structure is combined with heat dissipation holes to protect against dust and foreign objects while ensuring heat dissipation. It is suitable for electronic equipment such as industrial control hosts, servers, smart terminals, and test instruments, creating an integrated solution of "protection + heat dissipation + installation" for internal core components. With the advantages of high-precision stamping, stable structure and customization, it helps electronic equipment achieve reliable operation and efficient integration, and provides solid hardware support for digital equipment in various industries.