Our experienced engineering and production team provides strong technical support throughout every stage. With reliable processes and precise execution, we turn ideas into high-quality products that meet customer requirements flawlessly.
Die casting is a high-precision metal casting process where molten metal is injected into a steel mold under high pressure, producing complex metal parts with excellent surface finish.
Automotive components, electronic housings, and industrial parts.
Durable plastic housings for electronic devices, combining precision and aesthetic design.
Special-shaped and complex contour sheet metal parts for new energy and industrial equipment, cut without molds to quickly realize personalized structural processing.
Sheet metal stamping is a manufacturing process that forms metal sheets into desired shapes using dies, presses, and punches. It is ideal for producing precise parts in large volumes.
Metal sheets are fed into stamping presses where punches and dies shape the sheet into the required components.
Metal enclosures, brackets, automotive panels, and chassis components.
Welded frames for industrial automation and equipment supporting, with stable structure and strong load-bearing capacity, enabling multi-material splicing and welding.
Integrated welded sheet metal assemblies for data centers and medical equipment, with flat welds and small deformation, meeting precision assembly requirements.
Aluminum extrusion is a manufacturing process that creates continuous profiles by forcing heated aluminum billets through a shaped die, producing lightweight and high-strength components.
Heated aluminum billets are pushed through a shaped die to form continuous profiles. These profiles are then cooled, cut to length, and further processed if required.
Architectural frames, automotive components, and industrial aluminum profiles.
Precision bending enclosures for electrical cabinets, server racks and equipment protection boxes, with accurate bending angles and seamless splicing, suitable for modular assembly.
Special-shaped bending parts for solar brackets, RV accessories and hardware connectors, with multi-angle bending and continuous bending to realize complex 3D structures.
Plastic manufacturing includes a range of processes used to shape plastic materials into functional components. Common techniques include injection molding, overmolding, blow molding, thermoforming, extrusion, and rapid prototyping.
Plastic materials are heated until molten or softened, then shaped using molds, dies, or forming tools depending on the selected manufacturing method.
Consumer products, packaging, automotive components, medical devices, and electronic housings.
Precision drilling and tapping parts for equipment mounting plates, brackets and connecting plates, with accurate hole positions and high thread engagement, directly suitable for bolt assembly.
Multi-hole positioning sheet metal parts for lithography machine accessories and automation equipment panels, with dense holes and equal high precision, meeting the assembly requirements of precision equipment.
CNC machining is a manufacturing process that uses computer-controlled cutting tools to remove material from metal or plastic blocks, producing precise and complex parts with tight tolerances.
Raw material blocks are fixed on CNC machines. Programmed cutting tools then mill, drill, or cut the material to achieve the required geometry.
Automotive components, industrial equipment parts, and prototype development.
Custom sheet metal stamping molds for automobile, home appliance and standard parts, including blanking molds, bending molds and punching molds, suitable for mass stamping production.
Mass sheet metal stamping parts processed by custom stamping molds, with uniform dimensions and high production efficiency, suitable for large-scale production of auto parts and electrical accessories.
High-frequency current generates pulsed discharge between the moving metal wire and the workpiece. The high temperature in the current locally melts and vaporizes the metal of the workpiece, ultimately achieving material removal.
Widely used in mold making, mechanical parts, aerospace, electronic devices, and medical equipment, especially for high-precision and complex geometry parts machining.
Performs well in cutting complex curves, holes, and irregular-shaped parts.
Customized according to requirements
Per customer design
