Mass production plastic molding provides efficient and reliable solutions for large-scale plastic component manufacturing. It supports consistent quality, flexible materials, and optimized production for automotive, electronics, industrial, and consumer applications.

• Material Options：ABS, PP, PC, PA, POM, TPU, and other engineering plastics.
• Mold Types：Multi-cavity molds, family molds, hot runner molds, and production tooling.
• Production Capability：High-volume manufacturing, continuous production, and automated molding.
• Part Capability：Housings, covers, panels, connectors, brackets, and functional components.
• Surface Finish：Texture, painting, coating, printing, and assembly.
• Quality Control：Material verification, dimensional inspection, process monitoring, and validation.

Soft tooling injection molding provides a fast and cost-effective solution for prototype validation, functional testing, and low-volume plastic production. It supports production-grade materials, flexible designs, and efficient product development.

• Tooling Materials:Aluminum, P20 steel, pre-hardened steel, and customized tooling materials.
• Plastic Materials:ABS, PC, PP, PA, TPU, POM, and other engineering plastics.
• Mold Types:Prototype molds, single-cavity molds, multi-cavity molds, and insert molds.
• Production Capability:Prototype parts, bridge production, and low-volume manufacturing.
• Surface Finish:Texture, polishing, painting, coating, printing, and assembly.
• Application Support:Automotive, electronics, medical, industrial, and consumer products.

PET injection molding provides lightweight and durable plastic components with stable dimensions, chemical resistance, and efficient production capability. It supports packaging, consumer, industrial, and functional applications requiring consistent quality.

• Material Options:Standard PET, reinforced PET, transparent PET, and modified PET materials.
• Molding Process:Injection molding with optimized temperature, pressure, and cooling control.
• Part Capability:Containers, housings, covers, functional components, and customized structures.
• Design Capability:Thin walls, complex geometries, detailed features, and integrated structures.
• Surface Finish:Smooth finish, coating, printing, and customized surface treatments.
• Production Volume:Prototype, small batch, and high-volume manufacturing.

PEEK CNC machining provides lightweight and high-performance plastic components with excellent temperature resistance, chemical stability, and precision capability. It supports demanding applications requiring reliable performance and tight dimensional control.

• Material Options：Virgin PEEK, carbon fiber reinforced PEEK, glass fiber reinforced PEEK, and PTFE filled PEEK.
• Machining Processes：CNC milling, CNC turning, multi-axis machining, and precision finishing.
• Part Capability：Bushings, seals, insulators, fixtures, housings, and customized components.
• Performance Features：High temperature resistance, chemical resistance, wear resistance, and low friction.
• Surface Finish：Deburring, polishing, grinding, and precision surface preparation.
• Production Volume：Prototype, low-volume production, and customized manufacturing.

Industrial CNC machining provides precision components with reliable performance, flexible materials, and scalable manufacturing capability. It supports machinery, automation, energy, and industrial equipment applications requiring accuracy and durability.

• Machining Capability：CNC milling, CNC turning, multi-axis machining, and precision machining.
• Material Options：Aluminum, stainless steel, carbon steel, titanium, copper, brass, and engineering plastics.
• Part Capability：Housings, shafts, brackets, fixtures, manifolds, and mechanical components.
• Tolerance Capability：Precision machining based on component requirements and application needs.
• Surface Finish：Anodizing, coating, grinding, polishing, plating, and finishing treatments.
• Production Volume：Prototype, replacement parts, small batch, and production manufacturing.

CMM inspected CNC parts combine precision machining with advanced measurement verification to ensure dimensional accuracy, repeatability, and reliable performance. They support industries requiring strict tolerances and documented quality control.

• Machining Capability：3-axis, 4-axis, 5-axis CNC milling, CNC turning, and complex machining.
• Inspection Method：Coordinate Measuring Machine (CMM) inspection and dimensional verification.
• Material Options：Aluminum, stainless steel, titanium, copper, brass, and engineering plastics.
• Inspection Capability：Dimensional measurement, geometric tolerance verification, and inspection reporting.
• Surface Finish：Anodizing, polishing, grinding, coating, plating, and electropolishing.
• Production Volume：Prototype, first article inspection, low-volume production, and mass manufacturing.

High accuracy CNC machining provides precision components with tight dimensional control, advanced processing capability, and reliable production performance. It supports industries requiring complex geometries, demanding materials, and consistent quality.

• Machining Capability：3-axis, 4-axis, 5-axis CNC milling, turning, and turn-milling.
• Tolerance Capability：Precision machining based on part requirements and application needs.
• Material Options：Aluminum, stainless steel, titanium, copper, brass, and engineering plastics.
• Part Capability：Complex geometries, tight holes, threads, curved surfaces, and precision features.
• Surface Finish：Anodizing, polishing, grinding, coating, plating, and electropolishing.
• Production Volume：Prototype, low-volume production, and volume manufacturing.

Fixture CNC machining provides customized positioning and workholding solutions with precision manufacturing, durable materials, and reliable performance. It supports machining, assembly, inspection, and automation applications requiring repeatability and efficiency.

• Material Options：Aluminum, stainless steel, tool steel, carbon steel, and engineering plastics.
• Machining Processes：CNC milling, CNC turning, multi-axis machining, grinding, and finishing.
• Fixture Types：Machining fixtures, inspection fixtures, assembly fixtures, and welding fixtures.
• Design Capability：Custom locating systems, clamps, supports, and modular structures.
• Surface Finish：Anodizing, coating, grinding, polishing, and surface hardening.
• Application Support：Automotive, aerospace, electronics, automation, and medical manufacturing.

Rapid injection mold tooling provides fast and flexible solutions for prototype development, functional testing, and low-volume plastic production. It supports quick validation with production materials and reduced tooling investment.

• Tooling Materials：Aluminum, P20 steel, hardened steel, and customized tooling materials.
• Molding Materials：ABS, PC, PP, PA, TPU, POM, and engineering plastics.
• Tool Capability：Prototype molds, bridge tooling, single-cavity, and multi-cavity molds.
• Production Volume：Prototype parts, low-volume production, and pre-production runs.
• Manufacturing Process：CNC machining, EDM, injection molding, and inspection.
• Application Support：Automotive, electronics, medical, industrial, and consumer products.

Robotics injection molding provides lightweight, precision plastic components with flexible materials and scalable production capability. It supports robotic systems requiring accurate assembly, durability, and efficient manufacturing.

• Material Options：ABS, PC/ABS, PA, POM, TPU, and other engineering plastics.
• Molding Process：Injection molding, insert molding, and overmolding.
• Part Capability：Housings, covers, brackets, structural parts, and functional components.
• Design Features：Thin walls, ribs, mounting structures, clips, and integrated features.
• Surface Finish：Texture, painting, coating, polishing, and custom finishes.
• Production Volume：Prototype, low-volume production, and high-volume manufacturing.

LED lighting die casting provides lightweight aluminum components with excellent thermal performance, structural stability, and scalable production capability. It supports heat sinks, housings, frames, and customized lighting structures.

• Material Options：ADC12, A380, AlSi10MnMg, and customized aluminum alloys.
• Casting Process：High-pressure die casting with CNC secondary machining options.
• Component Capability：Heat sinks, housings, frames, brackets, and structural parts.
• Thermal Performance：Optimized designs for efficient heat dissipation and LED reliability.
• Surface Finish：Powder coating, anodizing, sand blasting, and CNC finishing.
• Production Volume：Prototype, low-volume production, and high-volume manufacturing.

Plastic connector molding provides precision plastic components with excellent insulation performance, dimensional stability, and scalable production capability. It supports electrical, automotive, industrial, and communication applications requiring reliable connector performance.

• Material Options：PA, PBT, PC, ABS, LCP, and other engineering plastics.
• Molding Process：Injection molding, insert molding, and precision multi-cavity molding.
• Part Capability：Connector housings, terminal holders, locking structures, and insulation components.
• Feature Capability：Thin walls, fine structures, clips, ribs, and precision interfaces.
• Secondary Operations：Assembly, laser marking, printing, and trimming.
• Production Volume：Prototype, small batch, and high-volume manufacturing.

Electric vehicle die casting provides lightweight aluminum components with high integration, precision performance, and scalable manufacturing capability. It supports battery, structural, motor, and thermal management applications.

• Material Options：A380, ADC12, AlSi10MnMg, and customized aluminum alloys.
• Casting Process：High-pressure die casting, large-scale casting, and secondary machining.
• Component Capability：Battery housings, structural parts, motor housings, and integrated components.
• Machining Capability：CNC machining for mounting surfaces, holes, and precision areas.
• Surface Treatment：Powder coating, shot blasting, anodizing, and painting.
• Production Volume：Prototype validation, pilot production, and automotive mass manufacturing.

Custom aluminum die cast parts provide lightweight metal components with excellent strength, dimensional stability, and efficient production capability. They support complex designs and high-volume manufacturing for automotive, industrial, and electronics applications.

• Material Options：ADC12, A380, A356, and customized aluminum alloys.
• Casting Process：High-pressure die casting, insert casting, and secondary machining.
• Part Capability：Thin walls, ribs, cavities, housings, brackets, and complex structures.
• Surface Finish：Powder coating, anodizing, polishing, machining, and painting.
• Production Volume：Prototype, low-volume production, and high-volume manufacturing.
• Quality Control：Material testing, dimensional inspection, and production validation.

Automotive plastic injection parts provide lightweight, precision components with flexible material options and scalable production capabilities. They support interior, exterior, and functional vehicle applications requiring consistent quality and reliable performance.

• Material Options：ABS, PC/ABS, PP, PA, TPE, TPU, and automotive-grade engineering plastics.
• Part Capability：Panels, housings, clips, brackets, covers, ducts, and integrated components.
• Molding Process：Injection molding, insert molding, and overmolding.
• Surface Finish：Texture, painting, coating, printing, and decorative finishes.
• Production Volume：Prototype, low-volume production, and high-volume manufacturing.
• Quality Control：Material testing, dimensional inspection, and production validation.

Custom injection molding service provides precision plastic components with flexible materials, complex designs, and scalable production capabilities. It supports industries requiring consistent quality, efficient manufacturing, and customized solutions.

• Material Options：ABS, PC, PP, PA, TPU, POM, and other engineering plastics.
• Mold Types：Single cavity, multi-cavity, family mold, and insert mold.
• Part Capability：Thin walls, ribs, bosses, snap fits, undercuts, and complex geometries.
• Surface Finish：Texture, polishing, painting, printing, and coating.
• Production Volume：Prototype, small batch, and high-volume manufacturing.
• Quality Control：Material verification, dimensional inspection, and production validation.