Customer Background
A startup smart device company needs to customize a high-performance chassis shell for its new industrial automation control equipment. This chassis needs to meet the requirements of structural stability, dust and water resistance, and excellent heat dissipation performance, while also having a unique appearance design to reflect the brand value.

Problems
In the initial design stage, the customer provided a set of basic design drawings. However, due to insufficient design experience, the following problems gradually emerged:

Inadequate heat dissipation design: The original drawings did not fully consider the high temperature problem during the operation of the equipment, which may cause overheating and damage to the electronic components in the chassis.
Poor processing feasibility: Some of the bending and connection structures in the design are complex, difficult to process, and costly.
Tight delivery time: The customer hopes to complete small-batch production 3 months before the product is released, but the original solution has a long processing cycle.

Our solution

Design optimization service: We communicated deeply with the customer's R&D team, analyzed the heat dissipation requirements of the equipment, redesigned the ventilation hole layout of the chassis, and added heat sinks without affecting the appearance.
Process adjustment: By using laser cutting and CNC bending machines, the processing process of complex parts was optimized, the connection structure of the original design was simplified, and strength and aesthetics were ensured at the same time.
Accelerated delivery: We arranged a dedicated project team, adjusted the internal production plan, and shortened the production cycle by 15% while ensuring quality.

Results and customer feedback
Finally, we completed the small batch production on time and delivered high-quality chassis shells.

The customer's equipment received a positive response at the launch conference, and the unique appearance design attracted a lot of attention.
The improvement in heat dissipation performance has significantly improved the stability of the equipment, further enhancing the market competitiveness of the product.
The customer highly praised our professionalism and service capabilities, and expressed willingness to continue cooperation in future projects.