We offer one-stop die casting and CNC machining services, covering the entire process from product design, mold development, die casting production to precision machining. Using high-quality materials such as ADC12 and A380, we produce high-precision metal parts through efficient die casting, followed by multi-axis CNC machining to ensure dimensional accuracy and surface finish. Our services are ideal for applications in robotics, automotive, industrial automation, and consumer electronics that demand high strength, precision, and excellent appearance.

Our non-standard aluminum die castings and CNC precision machining components are widely used in critical and customized applications such as robot joints, automotive structural parts, industrial control units, thermal management systems, power enclosures, and sensor mounting bases. Utilizing high-strength aluminum alloys like ADC12 and A380, these non-standard parts offer excellent dimensional stability, thermal conductivity, and mechanical integrity—making them ideal for complex designs that demand high precision, heat dissipation, and lightweight performance.

We provide an end-to-end service covering structural design collaboration, custom mold development, non-standard die casting production, and multi-axis CNC machining. This comprehensive approach ensures that even the most demanding specifications for non-standard parts are met with high quality and consistency.

We specialize in the production of non-standard castings and die casting parts, serving customers worldwide across industries such as precision instruments, printing, life sciences, and power systems. With a strong commitment to high-precision metal manufacturing, we focus on delivering custom-engineered components that meet unique structural and functional requirements.

Our capabilities include a full range of equipment for integrated production—from die casting machines, CNC machining centers, CNC lathes, and laser cutting machines, to CNC bending, punching, and laser welding—ensuring reliable production of complex non-standard parts with excellent dimensional accuracy and mechanical performance. Customer satisfaction and technical excellence remain at the core of everything we do.

1、❓What is aluminum die casting? How is it different from aluminum extrusion?

Answer: Aluminum die casting involves injecting molten aluminum into a steel mold under high pressure, ideal for producing complex, thin-walled parts in volume. In contrast, aluminum extrusion pushes aluminum through a mold to create long profiles with uniform cross-sections. Die casting is better suited for intricate, dimension-critical components.

2、❓What is ADC12/A380? What are they used for?

Answer: ADC12 (equivalent to A380) is a commonly used aluminum alloy for die casting, offering excellent flowability, strength, and thermal conductivity. It’s widely used in electronics, motors, automotive parts, and industrial components.

3、❓How precise are die cast parts? Is CNC machining necessary?

Answer: Typical die cast tolerance is ±0.1–0.3mm. For tighter tolerances (±0.01–0.05mm), CNC machining is required—especially for mounting surfaces, bearing holes, or alignment features.

4、❓What’s the tooling (mold) lead time and cost?

Answer: Mold fabrication usually takes 25–45 days. Costs vary depending on complexity, size, and number of cavities—ranging from a few thousand to tens of thousands of RMB. Molds are reusable and cost-effective for medium to large batch production.

5、❓What is your minimum order quantity (MOQ)?

Answer: We support small-volume prototypes (as low as 10–100 pcs) for testing. For cost efficiency, the standard MOQ for die casting is 500 pcs. For shared molds or repeat orders, MOQ can be flexible.

6、❓Do you offer design assistance or DFM (Design for Manufacturability) support?

Answer: Absolutely. Our engineers provide DFM feedback, mold flow analysis, and design optimization to improve manufacturability, reduce costs, and ensure production success.

7、❓Can die cast parts be used directly for assembly?

Answer: Not recommended for precision assemblies unless CNC machined. Functional and high-precision areas (e.g., holes, mating surfaces) should undergo post-machining.

8、❓Do you offer one-stop services including prototyping, tooling, production, and assembly?

Answer: Yes. We provide complete services from design consultation, mold making, prototyping, mass production to optional assembly and packaging.