Insert injection molds embed metal, threaded parts, or functional components directly into the finished product during the injection molding process. This creates a secure bond between the plastic and the insert, eliminating traditional screwing, welding, or gluing methods. This process is particularly suitable for parts requiring high strength and electrical conductivity.

1. Mold Design: Analyze insert shape and force distribution
2. Mold Flow Analysis: Optimize filling speed and temperature distribution
3. CNC Machining: Achieve high-precision insert mounting grooves
4. Mold Assembly: Install cooling water circuits and insert positioners
5. Mold Trial Testing: Test product strength and precision

• Automotive parts (fasteners, supports)
• Industrial sensor housings
• Plastic-coated structural components for high-end home appliances
• Medical device components

• Lightweight and high-strength products
• High precision ±0.015mm accuracy
• Reduces secondary processing and labor costs
• Supports complex insert molding

We support customization of multiple cavities, insert shape and material selection, and automated interface design to meet the needs of diverse industries.