Xinjucheng MIM Metal Powder Injection Molding

31/08/2026

Complex shapes. Precise motion. Made possible by MIM.

25/08/2026

From a complete medical device to individual precision components—every part matters.

21/08/2026

Small parts, vital roles.
Precision powder metallurgy components built for reliable medical applications.

17/08/2026

13/08/2026

Quality is checked—not assumed. 🔍

Before shipment, our final inspection team carefully verifies every batch of MIM components to ensure they meet customer specifications.

From dimensional inspection to appearance and final documentation, every detail matters before the products leave our factory.

✅ Strict final inspection
✅ Consistent quality
✅ Reliable delivery

Looking for a reliable Metal Injection Molding partner? Let’s talk.

10/08/2026

Precision manufacturing goes beyond forming.

In Metal Injection Molding (MIM), some components require CNC secondary machining to achieve tighter dimensions, complex features, and specific assembly requirements.

From MIM molding and sintering to CNC precision machining, we are committed to providing reliable and efficient one-stop manufacturing solutions for metal components.

Take a look inside our CNC machining area and see how precision parts are made.

03/08/2026

Xinjucheng MIM Powder Injection Molding

30/07/2026

A look inside our MIM injection molding workshop! 👀

Every high-quality metal component begins with precise processes and dedicated craftsmanship.

Our team continuously improves manufacturing technology and production efficiency to provide reliable MIM solutions for customers worldwide.

Welcome to explore how ideas are transformed into precision metal parts.

23/07/2026

Every precision component deserves strict inspection.

Behind every high-quality MIM part is a professional quality control process.

Our inspection team ensures every batch meets the requirements of accuracy, consistency, and reliability — from prototype development to mass production.

Precision you can trust.

20/07/2026

How do MIM parts achieve such tight tolerances?

The answer is Sizing.

After sintering, parts are placed into precision dies and reshaped under controlled pressure to correct dimensional deviations and improve consistency.

It may look simple, but this step plays a key role in delivering reliable, high-quality components.

🎥 Watch the process in action.