Insert injection molding embeds a metal conductive component within an insulating plastic part, enabling the product to transmit current while maintaining excellent insulation performance.

1. Product Electrical Performance Requirements Analysis
2. CAD/CAE Simulation of Insulating and Conductive Areas
3. CNC Processing of Pin Positioning Slots
4. Assembly of Positioning Devices and Water System
5. Mold Trial Verification of Conductive and Insulating Performance

• Electronic Connectors
• Appliance Plugs and Sockets
• Circuit Control Modules

• Both insulating and conductive properties
• Precise insert positioning, no shifting
• Significantly improved production efficiency

Q1: Suitable for microelectronic components?

A1: Suitable, high precision

Q2: Is the insert secure?

A2: Is the integrated molding tightly bonded?

Q3: What is the mold lifespan?

A3: Over a million mold cycles.

Q4: Can you customize multi-cavity molds?

A4: Yes, this increases production capacity.

We can customize pin layouts, mold cavity counts, and cooling systems to meet the needs of the electronics industry.