Aluminum, Magnesium, and Zinc mass production
Xinprototype provides high-precision die casting services for both low-volume and mass production. The processing way offers the possibility of reducing mass production costs while shortening the timeschedule simultaneously, and can manufacture complex structural metal parts at tight tolerances.
✅ Aluminum: Lightweight, strong, and corrosion-resistant; perfect for housings and structural parts.
✅ Zinc: Lightest weight; capable of producing complex, thin-walled parts..
✅ Magnesium: Suitable for strong, high-strength parts.
✅ Post-processing services: CNC machining, drilling, tapping, surface finishing.
1. Automotive Components
Typical components include housings, brackets, handles, and engine covers etc.
2. Consumer Electronics
Enclosures and frames for smartphones, laptops, gaming consoles, and other devices.
3. Medical Device Parts
Use to create small, complex, and high-quality parts for medical devices.
4. Industrial Equipment Casings
For industrial machines and equipment, can make casings, covers, and structural etc parts.
At XinPrototype, we focus on delivering high-quality parts with speed and precision. Our skilled engineers and advanced machines ensure every detail meets strict standards. From tooling design to final inspection, we take care of every step of production, to guarantee accuracy and good appearance.
With our full-service support, we handle everything from prototypes to big-volume production and surface finishing — so you can bring your products to market faster.
Whether you need a few samples, or thousands of parts, we provide efficient solutions. Fast turnaround, and consistent quality to help your business stay competitive and grow.
The die cast metals we have aluminum (A380, ADC12, A360, A356), zinc (ZAMAK 3/5, ZA-8), and magnesium (AZ91D, AM60B) alloys. If you need a ferrous part such as steel, we’ll recommend sand casting.
Typically, we hold ±0.1 mm on the first 25 mm, with tighter tolerances achievable by finishing CNC machining on critical features. The final according to the parts’ structure and sizes, etc.
Die casting is most cost-effective at medium-to-high volumes because of the upfront tooling. There’s no hard MOQ, but parts usually make economic sense from around 1,000 pieces. For lower volumes, CNC machining is an alternative.
Tooling generally takes 4–5 weeks depending on complexity. After the sample is approved, batch production parts typically takes 7–10 days depending on order size.
There are 3 main factors: tooling (a one-time cost driven by part size, complexity, and number of cavities). Material (alloy type and part weight), and secondary operations (machining, plating, coating).
Choose die casting for high-volume metal parts with complex geometry and thin walls. Choose CNC machining for low volumes, prototypes, or very tight tolerances. Choose injection molding when a plastic part meets your strength and thermal requirements. We’re happy to advise based on your volume, material, and budget.
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