In the early stage of new product development, when customers have limited budgets and cannot afford large investments in mold production, our engineers optimize the design by leveraging our existing aluminum extrusion product portfolio—while fully preserving the product's original structure and functionality,to create a new electronic enclosure. This enables rapid prototyping and trial production.





This approach allows customers to move forward with validation and market testing quickly and economically, without the high upfront expense of custom tooling.

The customer's designed medical device enclosure features a highly complex structure, with a three-layer top section requiring precision welding. The product is large in size, consists of numerous components, and involves multiple manufacturing processes.
To ensure exceptional accuracy and a refined, premium appearance, our company assembled a dedicated cross-functional team comprising engineers, production line technicians, production supervisors, and sales personnel. Through collaborative in-depth discussions, the team jointly determined the optimal manufacturing solution.
Ultimately, we successfully delivered a electronic enclosure that fully met—and greatly satisfied—the customer's expectations, achieving both stringent functional precision and outstanding industrial aesthetics.

Based on the internal layout of the customer's electronic components and the overall product dimensions, while also taking into account the product's significant heat dissipation requirements, we recommended using our existing 19 inch 1U chassis structure to make this electronic enclosures. We replaced the conventional sheet metal top cover with a high-performance aluminum heatsink block. The entire product undergoes black anodized finishing, combined with custom silk-screened logo printing.
This solution ensures excellent thermal performance while achieving a premium industrial appearance, allowing the customer to meet functional needs without developing entirely new tooling.

The electronic enclosure of this safety control system incorporates multiple plastic materials: ABS, PC, and rubber.
During the customer's enclosure design phase, numerous details required optimization—such as snap-fit structures, wall thickness, draft angles, and other critical features.
Our team completed the drawing optimizations within just 3 days and promptly produced 3D-printed prototypes. This allowed the customer to quickly test functional mock-ups, significantly accelerating their product validation process and shortening the overall time to market.