Plastic Injection Molding & Metal Injection Molding (MIM) — Two Core Technologies, One-Stop Precision Manufacturing
From prototype to production — we deliver high-precision molds, custom components, and assembly services for global OEMs. 80%+ of our engineers have 10-20 years of experience.
High-Precision Equipment
Advanced 5-axis CNC, precision engraving, wire EDM, and injection molding.
20+ Years Average Experience
80% of our technical team brings 10 to 20 years of industry experience.
One-Stop Solution
One partner, one facility: complete manufacturing from design to assembly.
Global Export Ready
From precision molds to semi-finished components – exported to the world.
Our Core Technologies
Two complementary manufacturing technologies serving diverse industries
Precision Plastic Injection Molding
From mold design, injection production to assembly export, we provide full-process plastic part customization solutions. Covering engineering plastics, medical-grade materials, from small-batch rapid prototyping to mass production.
Metal Injection Molding (MIM)
Transform complex designs into high-precision, high-performance metal parts. Ideal for miniaturized, complex structures, and high-volume metal components, replacing traditional machining and powder metallurgy.
Industries We Serve
Delivering precision manufacturing solutions across diverse sectors
Medical Devices
Precision-engineered solutions for plastic and metal medical parts – Surgical instrument parts, Orthodontic brackets, Laparoscopic tool jaws, Dental implant components
Automotive
Custom machining and production of EV components，LiDAR brackets, Turbocharger vanes, Sensor housings, ECU housing parts，Charging port latch，and battery molds.
Hardware
Precision Hardware · Mold Customization · Production of Micro precision gears, Power tool gearbox components, Valve parts, Lock core & lock mechanism,Tool clamping parts
Consumer Electronics
Precision parts for electronic devices-Smartphone hinges, Camera module parts, Connector components, Earbud internal frames,EMI shielding parts, audio /speaker components
Featured Case Studies
Real projects showcasing our manufacturing expertise and capabilities
Complex Medical Device Housing
Single‑use 17‑4PH stainless steel minimally invasive biopsy forceps, featuring precision jaw closure and MIM one‑piece forming.
View Case →
Motorcycle Rear Brake Pedal
316L SS intricate parts – MIM near-net shape, precision dimensions, no post-machining.
View Case →
Hardware parts for precision measuring equipment
Custom irregular hardware for sintering support fixtures – stable under high heat, no warpage, delivers uniform precision.
View Case →Bridge Production — From 100 to 10,000 Parts, On-Demand Process Selection, Production-Grade Quality
Bridge Production is the transition strategy between prototype and mass production. When your part requirements fall in the 100-10,000 piece range, we dynamically select from MIM, 3D Printing, CNC, and Precision Casting to deliver parts that meet production specifications with the most suitable process. Free process consultation and quotation available.
Process Selection, No Lock-in
Dynamically match the optimal solution across four processes based on quantity, complexity, material, and lead time
Fast Delivery, Flexible Iteration
3D printing 1-5 days, CNC 3-10 days, bridge tooling 2-6 weeks
Production Quality, Bridge Cost
Achieve production-spec parts at 40-60% of steel mold cost using aluminum/P20 tooling
Bridge Production Process Toolbox — Select On-Demand, Not Limited to a Single Process
Additive Manufacturing (3D Printing)
Design iteration, concept validation, no tooling required
CNC Machining
High precision, production-grade materials, low-medium complexity
Bridge Tooling (Injection/MIM)
Production materials, functional testing, market launch
Precision Casting
Large parts, specific alloys, complex structures
The above are reference ranges. Specific selection depends on part geometry complexity, material properties, and precision requirements. We offer free process consultation — send us your 3D drawings and we'll recommend the optimal process path within 24 hours.
How to Choose the Best Process for Your Parts?
Decision Guide
Step 1: Quantity
Step 2: Complexity
Step 3: Material
Step 4: Timeline
Not Sure Which Process Fits Your Parts Best?
Send us your 3D drawings or technical specifications. We'll provide within 24 hours:
Our Core Values
Candor · Precision · Partnership · Excellence
Candor
Honest about capabilities, transparent about risks
Precision
Precise in understanding, delivery, and process control
Partnership
Companions on your product development journey
Excellence
Continuously improving, never settling for 'good enough'