Injection molding enables the production of durable, lightweight, and precisely shaped plastic components used in a wide range of electric products, from connectors to protective housings and switches.

Injection molding for electronic connectors often uses high-temperature engineering plastics and precision mold technologies like multi-cavity molds and insert molding to ensure tolerances and excellent insulation.

Injection molding for electrical boxes utilizes technologies like hot runner systems, gas-assisted molding, and flame-retardant materials to achieve strong, lightweight, and safety-compliant enclosures.

Injection molding for plastic light components often uses optical-grade materials, precision molds, and technologies like two-shot molding and ultrasonic welding to ensure clarity, durability, and seamless assembly.

Electric overmolding combines insert molding, low-pressure molding, and precision temperature control to encapsulate electronic components, delivering insulation, strain relief, and improved durability.