In the fast-paced consumer electronics industry, manufacturers place exceptionally high demands on both the delivery time and the appearance of the components they use. Most manufacturers typically choose either die casting or pure CNC machining.
Die casting offers efficiency but struggles to achieve flawless surfaces suitable for anodizing, as the process often leaves air bubbles or pores.
Pure CNC machining can deliver the desired surface quality but usually comes with higher time and cost.
In addition to meeting strict delivery schedules, components must also meet premium appearance requirements, especially for high-end consumer electronics. Achieving this balance between efficiency, cost, and aesthetics remains a core challenge for many manufacturers.
We combine precision forging and CNC machining to deliver the best of both worlds. Forging forms the near-net shape of the part, while CNC machining is applied only to critical areas with tight tolerances. This approach reduces costs, increases material density, and eliminates internal defects such as bubbles or pores. The resulting parts can undergo premium surface treatments, such as anodizing, with a yield rate of up to 99%.
Using this hybrid approach, manufacturers in the consumer electronics sector benefit from both performance and production advantages.
We’ve compiled answers to some of the most frequently asked questions about our Consumer Electronics forging and CNC machining capabilities. If you don’t see your question here, feel free to contact us directly.
For most consumer electronics components, our standard MOQ is 500–1,000 pieces. Smaller trial orders can be arranged for prototype validation before mass production.
We have produced a wide range of components, including:
Aluminum housings for portable electronics
Precision frames for wearable devices
Heat sink components for high-performance devices
Decorative and functional metal covers with anodized finishes
Connector housings and structural brackets
All products are custom-made based on client drawings or physical samples.
Yes. The forging process eliminates internal pores, resulting in smooth, uniform surfaces that are ideal for anodizing, powder coating, or other high-end treatments.
