This insert injection mold utilizes a "pre-insert placement followed by injection molding" process, achieving an integrated bond between the plastic and the insert during the molding process. Compared to traditional assembly, this process improves bonding strength while effectively shortening production cycles. It is widely used in the electronics, home appliance, and automotive industries.
| Item | Description |
|---|---|
| Mold Type | Insert Injection Mold |
| Mold Material | P20 1.2344 S136 |
| Cavities | 2–16 |
| Mold Life | 500,000–1,000,000 cycles |
| Surface Treatment | Polishing, Nitriding, Sandblasting |
| Applicable Plastics | PP, PC, ABS, PBT |
| Insert Type | Copper, Steel, Electronic Pins |
| Product Accuracy | ±0.02mm |
| Cooling System | Parallel Water Cooling Circuits |
| Product Cycle | 50–75 Days |
Q1: Will the insert fall off easily?
A1: No, the plastic melts and forms a strong bond.
Q2: Does it support different types of inserts?
A2: Yes, we can customize metal, ceramic, or sensor inserts.
Q3: What is the typical mold lifespan?
A3: Up to one million mold cycles, depending on the steel material and the operating environment.
Q4: Is it suitable for high-volume production?
A4: Yes, the mold can be designed with multiple cavities, resulting in fast cycle times.
Q5: Does an insert mold increase production costs?
A5: The initial investment is slightly higher, but it saves on subsequent assembly costs, making it more economical overall.
We can customize the number of mold cavities, insert material, cooling solution, and automation interfaces to meet diverse application scenarios, from mass production to precision production.