Insert injection molding involves pre-placing metal parts, threaded components, ceramic parts, or electronic elements within the mold cavity. Molten plastic is then injected to coat the insert surface, creating a single-step molding process. This technology ensures lightweight, multifunctional products while eliminating assembly steps and improving production efficiency.
| Item | Parameter | Description |
|---|---|---|
| Mold Type | Insert Injection Mold | |
| Mold Material | H13, 718H, S136 | |
| Cavities | 1–12 | |
| Mold Life | 600,000–1.2 Million Cycles | |
| Surface Treatment | Polishing, Chrome Plating, Nitriding | |
| Applicable Plastics | ABS, PA66, PC, PP | |
| Insert Type | Metal, Threaded, Electronic Components | |
| Product Accuracy | ±0.015mm | |
| Cooling System | Independent, High-Efficiency Water Cooling | |
| Production Cycle | 45–70 days |
A1: The mold features a dedicated positioning mechanism combined with CAE analysis to ensure insert stability.
A2: Yes, it's commonly used with robotic insertion systems for improved efficiency.
A3: It accommodates various inserts including metals, ceramics, and sensors for high flexibility.
A4: Made of high-quality steel, the mold typically lasts up to one million cycles.
A5: Routine maintenance only requires cleaning cooling water lines and inspecting positioning mechanisms.
A6: Yes, we can design molds with multiple or fewer cavities based on customer needs.