Cost‑effective, high‑volume die casting services for durable, complex metal parts, with secondary machining and finishing to meet tight tolerance and cosmetic requirements.
Die Casting Service
Conventional CNC Milling (3‑Axis / 4‑Axis)
Rapid production of complex, thin‑wall parts with excellent dimensional repeatability
High strength‑to‑weight ratio, ideal for structural and housing applications
Multiple alloys available for different strength, thermal, and corrosion requirements
Perfect for medium to high-volume parts that demand consistent quality and lower unit cost.
Secondary Machining & Finishing
Anodizing Available
CNC trimming, drilling, tapping, reaming, precision machining of critical features
Deburring, shot blasting, sand blasting for clean and uniform surfaces
Anodizing, powder coating, painting, plating and custom finishes
One‑stop solution from die casting to finished, ready‑to‑assemble components.
High-Precision Die Cast Parts
Tight dimensional control and stable performance for medium to high‑volume parts.
Aluminum and zinc alloys with excellent strength‑to‑weight ratio and thermal conductivity.
Optimized gating, runner, and cooling design to reduce porosity and improve mechanical properties.
In‑house secondary machining, surface finishing, and assembly for ready‑to‑use components.
Stable process control and thorough inspection to ensure consistency from batch to batch.
Typical Part Structures We Can Die Cast
Housings & Enclosures: Complex thin‑wall shells with bosses, ribs, mounting holes, and internal features.
Brackets & Structural Parts: Rigid components with integrated ribs, multi‑face mounting pads, and stiffeners.
Heat‑Dissipating Parts: Heat sinks, motor housings, and thermal shells with optimized fin structures.
Covers & Baseplates: Flatness‑controlled plates with sealing grooves, counterbores, and threaded inserts.
Functional Components: Lever arms, handles, connector shells, decorative trim, and other custom profiles.
Typical Parts We Made
Our Workshops
Our Real Casting Capabilities
Castable Materials
Aluminum alloys, carbon Aluminum alloys – Ideal for lightweight, high‑strength structural and housing parts with good thermal performance. ADC12, A380, A360, A356, ADC10, AlSi9Cu3, AlSi10Mg
Zinc alloys – suited for small, intricate parts that require high precision, dimensional stability, and excellent surface finish. Zamak 3 (ZA3), Zamak 5 (ZA5), Zamak 2 (ZA2), Zn‑Al (ZA8, ZA27), stainless steel, copper & brass
Quality Control
X‑ray inspection – Internal porosity, shrinkage and defect detection for critical die castings.
GOM / Renishaw 3D scanning – High‑resolution, non‑contact full‑field measurement and deformation analysis.
ZEISS CMM inspection – High‑accuracy dimensional checks, capability studies, and full inspection reports on request.
Japanese Casting Equipment
Toyo cold‑chamber die casting machines, covering small to medium‑large parts.
Central melting furnace for stable alloy composition and temperature, minimizing batch‑to‑batch variation.
Robotic arms for automatic part extraction, spraying, and stacking, improving efficiency and reducing human error.
Unique Surface treatment: ADC12 + Anodizing
ADC12 is a high‑silicon die‑casting aluminum alloy that is normally difficult to anodize.
Optimized casting parameters (mold temperature, filling, cooling) reduce porosity and surface defects before anodizing.
Special pre‑treatment (cleaning, etching, de‑smutting) is tuned for ADC12’s high Si content.
Anodizing combined with post‑machining delivers both cosmetic finish and tight dimensions on the same part.
Our Die-Casting Cost Advantages
We focus on custom, high‑precision CNC machining rather than mass‑production processes.
Highly Stable Machines
Highly stable machines significantly reduce scrap and setup time, directly lowering machining cost per part.
Automation in Production
Automation reduces labor, stabilizes quality, cuts scrap and downtime, and shortens cycle time, thereby lowering total manufacturing cost per part.
28 Years of Production Experience
28 years of precision machining experience, specializing in complex parts and high‑mix, low‑volume production.
In‑house Inspection
In‑house CMM and other precision measuring equipment catch issues early, minimizing defects, rework, and returned parts.
One‑stop Machining
From machining to assembly, we reduce logistics, coordination time, and outsourcing mark‑ups.
Die-Casting Applications
Die-Casting is ideal for mass production across a wide range of industries:
Complex 3D Components
High‑Precision Components
Aerospace Parts
Medical Devices and Implants
Automotive Components and Structures
Electronic Housings and Structural Parts
Complex 3D Components
For parts with multiple curved surfaces and intricate internal structures, CNC multi‑axis machining can efficiently achieve high accuracy. Suitable for free‑form surfaces, internal cavities, stepped features, and multi‑hole layouts. Multiple faces can be machined in a single setup, improving accuracy and efficiency Common for molds, turbine blades, brackets, and structural connectors.
High‑Precision Components
When tight tolerances and superior surface finish are required, CNC machining offers clear advantages.Supports micron‑level dimensional accuracy and excellent consistency. Capable of machining hardened steels and special alloys.Widely used for precision mechanical parts, instrument components, and optical fixtures.
Aerospace Parts
Aerospace components are often lightweight, complex, and made from difficult‑to‑machine materials. Ideal for structural frames, ribs, brackets, and critical load‑bearing parts. Meets requirements for high reliability, strength, and resistance to extreme environments. Capable of processing titanium alloys, high‑temperature alloys, and aerospace‑grade aluminum.
Medical Devices and Implants
Medical applications demand strict dimensional control, surface quality, and traceability. Suitable for surgical instruments, precision medical assemblies, and rehabilitation device parts. Used for certain metal implants, such as joint components and dental abutments. Supports high surface quality, biocompatible materials, and consistent repeatability..
Automotive Components and Structures
The automotive industry requires both efficiency and high batch consistency. Ideal for engine components, transmission parts, chassis and suspension elements. Used for high‑performance and safety‑critical parts. Supports quick prototyping, small‑batch trials, and transition to mass production
Electronic Housings and Structural Parts
High‑end electronics and 3C products require tight assembly tolerances and premium appearance. Suitable for aluminum, stainless steel, and magnesium alloy housings. Ensures precise mounting holes, clips, alignment features, and fine chamfers. Ideal for small‑batch customization and rapid design iteration (e.g., smartphones, laptops, industrial controllers).
CNC Machining Service Process
Our core strength is high‑precision CNC customization, not mass production. With Japanese 5‑axis equipment and automated robotic cells, we specialize in complex parts with tight tolerances up to ±0.005 mm. We support rapid prototyping and flexible small‑to‑medium batch production, covering aluminum, steels, copper, and engineering plastics. Full DFM support and in‑house inspection (ZEISS, LK/Nikon, Mitutoyo) ensure stable quality from drawing review to finished parts.
