Against the backdrop of global manufacturing upgrades, the demand for precision injection molds is steadily increasing

I. Material Selection: Balancing Electrical Properties and Environmental Resistance II. Mold Design: Precision and Efficiency Synergy III. Injection Process: Ensuring Stability and Repeatability

Thermoplastic elastomer (TPE) overmolding molds are critical for producing high-end composite products (e.g., TPE over ABS, PP). Their design and processing directly impact bond strength

Micro injection molding (injection mass <1 gram, even milligram-level) is essential for manufacturing medical devices (e.g., catheter connectors, micro gears), electronic components (connectors, sensor housings), and optical parts

Precision injection molding technology plays a critical role in the manufacturing of medical devices, spanning from routine medical consumables to high-end implantable equipment

As the automotive industry accelerates toward electrification, connectivity, and lightweighting, a seemingly traditional manufacturing technology is proving to be more critical