Are you troubled by easily deformed, poorly sealed, and low-precision metal enclosures for your equipment?
Many equipment manufacturers face common production pain points: welded casings with weak seam points, inconsistent wall thickness, poor fitting accuracy, and insufficient vibration and corrosion resistance. These defective housings often lead to assembly rework, product failure, increased after-sales complaints, and higher overall production costs.
Traditional welded and spliced metal shells have unavoidable structural defects. Weld joints are prone to cracking, rusting and leakage during long-term operation, especially in high-temperature, humid, vibrating and harsh industrial environments. Standard generic enclosures also fail to match custom equipment structures, requiring extra cutting, polishing and secondary processing that waste your time and labor costs.
- Our one-piece seamless deep drawn housing completely solves the above problems. Adopting precision deep drawing forming technology, the entire metal casing is integrally molded without any welding seams. It features uniform wall thickness, burr-free surface, high dimensional stability and excellent structural toughness. Compared with traditional welded shells, our deep drawn housings deliver stronger impact resistance, better airtight & dustproof performance, and longer service life.
- We provide customized deep drawn casings in aluminum alloy, stainless steel and galvanized steel. All products are manufactured under strict tolerance control to ensure perfect assembly compatibility. Multiple surface treatments including anodizing, powder coating, brushing and passivation effectively improve scratch resistance, corrosion resistance and appearance quality.
Suitable for home appliances, electronic devices, new energy batteries, industrial machinery and portable equipment. We support OEM & ODM custom shapes, sizes, depths and reserved mounting holes from prototype testing to mass production. Stable batch consistency greatly reduces your rework rate and quality risks.
