| Mold core material | S136 |  |
| Mold base mateerial | P20 | |
| Number of cavity | 16 | |
| Runner system | Cold Runner | |
| Number of cold nozzle | 8 | |
| Product name | LSR Auto Connector Seal | |
| Machine used | TYM-W5050 |
This injection mold for multi-cavities sealing rings is widely used in the automotive industry for waterproof and dustproof connector seals. The use of LSR provides outstanding elasticity, thermal stability, and resistance to oil and chemicals. TYM’s silicone injection mold for multi-port connector seals ensures uniform material flow through the cold runner, resulting in burr-free, high-precision parts. Compared with traditional rubber molding, this process delivers shorter cycle times, lower waste, and greater product consistency. When combined with a robotic arm, the entire demolding and part-pickup process can be automated, increasing throughput and reducing production costs.
Cold Runner System – Maintains LSR at a stable temperature, achieving consistent filling and minimal material waste.
Multi-Cavity Precision Layout – Ensures dimensional accuracy and uniform sealing performance across all connector ports.
Automation Compatibility – The mold can be equipped with a robotic arm for automated demolding and transfer.
High-Quality Steel Construction – Core and cavity made from S136 or NAK80 with mirror polishing for long-term durability.
Thermal Balance Control – Optimized heating channels ensure even curing and eliminate flash formation.
Q1: What are the advantages of this injection mold for multi-cavities sealing rings?
It offers stable performance, minimal waste, and compatibility with robotic automation for continuous production.
Q2: Why choose a silicone injection mold for multi-port connector seals instead of traditional rubber tools?
LSR molding provides faster cycles, higher precision, and excellent material consistency for automotive applications.
Q3: Can this mold support automatic demolding?
Yes. The silicone injection mold for multi-port connector seals can be integrated with a robotic arm to automate part removal, improving safety and productivity.
