Sheet metal stamping uses dies and stamping presses to cut, punch, form, bend, and stretch metal sheets. It is ideal for high-volume production of components requiring high consistency and repeatability. Process Features High-efficiency mass production Excellent dimensional consistency and repeatability Low per-piece cost, suitable for medium- to high-volume production Supports integration of progressive, compound, and transfer die designs Materials Steel (SPCC, SPHC, S45C),

CNC milling uses high-precision numerical control equipment to perform flat surface, hole, slot, and contour machining. It is ideal for producing high-precision components and customized products. Process Features High machining accuracy Stable dimensional control Suitable for a wide variety of products Flexible, ideal for small-batch, diverse production Applications Mechanical components, jigs and fixtures, industrial parts, equipment assemblies, and structural parts for ele

4-axis machining adds a rotational axis to traditional 3-axis operations, enabling multi-surface machining while reducing workpiece repositioning. This improves both precision and efficiency. Process Advantages Improves machining consistency Reduces repeated setup errors Shortens processing time Enhances capability for complex geometries Applications Multi-surface structural components, irregular-shaped parts, complex-hole components, and precision mechanical assemblies.

5-axis machining enables simultaneous multi-angle operations, making it ideal for manufacturing highly complex, high-precision, and high-value components. Process Features Multi-surface machining in a single setup High-precision curved surface capability Reduces the need for custom fixtures Enhances structural integrity of components Applications Aerospace components, advanced medical devices, precision mechanical parts, high-end industrial equipment components, and complex-s

Turn-mill machining integrates turning and milling functions into a single machine, allowing both rotational and planar operations in one setup. This significantly improves processing efficiency and accuracy. Process Advantages Multiple operations completed on a single machine Reduces repositioning and handling errors Improves concentricity and coaxiality Ideal for high-precision structural components Applications Shaft components, precision cylindrical parts, rotary mechanis

鋁 Aluminum extrusion is a process in which aluminum alloy is pushed through a die to form components with a fixed cross-sectional profile, followed by secondary machining. It is ideal for producing long structural components. Process Features Complex cross-sectional designs are possible High material utilization Excellent structural strength Supports modular design Applications Industrial frames, mechanical skeletons, guide rails, brackets, heat dissipation structures, and eq

Aluminum die casting is a high-pressure process in which molten aluminum alloy is injected into a mold to form components. It is well suited for the mass production of high-precision structural parts. Process Advantages High dimensional accuracy Excellent surface quality Suitable for thin-wall structures Stable and efficient for high-volume production Applications Automotive parts, electronic enclosures, mechanical housings, heat sink housings, and equipment structural compon

Zinc die casting is ideal for producing high-precision, small components with excellent formability and superior surface quality. Process Features High dimensional accuracy Excellent surface finish Suitable for thin-wall and small parts Compatible with plating, painting, and other surface treatments Applications Precision mechanical components, electronic parts, hardware accessories, decorative parts, and functional components.

We provide comprehensive metal manufacturing solutions, including: Manufacturing feasibility evaluation (DFM / DFA) Material selection consultation Process planning and optimization Mold design and fabrication Mass production implementation Quality control systems Surface finishing integration Assembly and secondary processing From design to full-scale production, we help our customers establish a stable, controllable, and scalable manufacturing system.