● Usage：Connector manufacturing
Designed for high-precision production of durable automotive connectors, ensuring reliable electrical connections.
● Usage：Electrical connection
Designed for durability, this housing features one round and eight flat holes, ensuring secure, reliable connections.
● Usage：Medical Injection Molding Manufacturing
Provide end-to-end solutions in the field of injection molding—from product planning, mold design and manufacturing, to molding processes, auxiliary equipment, and full-scale production.
● Usage：Automotive ECU/ECM housing
Our plastic injection mold for ECU housing is designed for high-precision manufacturing of automotive electronic control unit (ECU) covers and enclosures.
● Usage：Fuse and Relay Box Housing
It is a high-precision, multi-cavity mold designed for manufacturing complex automotive electrical modules and high-strength structural parts.
● Usage：Automotive Wiring Harnesses
Manufactured using high-precision injection molds to ensure each cavity is dimensionally consistent and structurally stable.
● Usage：Connection
Made from durable materials, it ensures reliable conductivity and easy installation in automotive systems.
● Usage：Electronic connectors and plugs
High-precision metal stamped terminal strip, designed for electrical connections, signal transmission, and power conduction.
● Usage：Automotive wiring harness terminals
Specialize in precision stamped terminals, connector terminals, lead frames, and copper stamping parts, made from premium copper and copper alloys.
● Usage：Automotive electrical systems (engine, sensors, control modules)
Precision metal stamping terminals are manufactured from high-conductivity copper alloys or phosphor bronze using advanced high-speed stamping dies.
● Usage：Medical Devices
Designed for compact electronic devices requiring high signal reliability and mechanical stability.
● Usage：Medical Devices ,Industrial Automation & Robotics
Manufactured from nickel-plated brass or PA66 plastic with gold-plated copper alloy contacts, providing excellent conductivity, corrosion resistance, and long service life.
● Usage：Medical Devices
With high-performance polycarbonate insulating material, gold- or silver-plated copper alloy contacts, and crimp termination capability, it is ideal for industrial, automation, and medical equipment use.
● Usage：Medical imaging systems (ultrasound, CT, X-ray, MRI modules)
Housing is made of high-temperature LCP material and the terminals are gold-plated for superior conductivity and corrosion resistance.
● Usage：Medical imaging systems (ultrasound, CT, X-ray, MRI modules)
Housing is made of high-temperature LCP material and the terminals are gold-plated for superior conductivity and corrosion resistance.
● Usage：Automotive and medical electronics
Provides high-speed data transfer, power delivery, and compatibility with a wide range of modern electronic devices.
● Usage：Medical Equipment System
High-reliability wiring solution with precise connections, ensuring optimal performance and safety in medical devices.
● Usage：Industrial Automation System
Wiring harness for frequency conversion cabinets, providing strong connections to enhance efficiency and safety in industrial settings.
● Usage：Automotive Power Systems
The Automotive Battery Acquisition Harness ensures reliable power and communication in demanding automotive environments.
● Usage：Industrial Automation
Supports reliable communication between the robot arm and the control system, enabling efficient operation of automation tasks.
● Usage：Emission Control
Made with high-quality materials and precision connectors for seamless communication among emission control components.
● Usage：Industrial robot teach pendant connection
Designed for reliable signal and power transmission between the teach pendant and the robot controller.
