Comprehensive Manufacturing Solutions Driving AI and Telecommunications Innovation: Integrated Die Casting, CNC Machining, and Precision Injection Molding

TRY Taiwan integrates three core manufacturing technologies — Advanced Die Casting, Precision CNC Machining, and Technical Injection Molding — to provide one-stop critical component solutions for global technology leaders.

1. Key Applications of Plastic Injection Molding in AI and Telecommunications Industries

While metal components are responsible for heat dissipation and electromagnetic shielding, advanced engineering plastics play a critical role in structural fixation and electrical insulation.

• Insulated Connector Housings: High-precision, heat-resistant plastic connector components designed for high-speed signal transmission applications.
• Internal Air Ducts for Servers: Lightweight injection-molded airflow ducts optimize internal airflow management within servers, improving cooling efficiency and thermal performance.
• Sensor Enclosures: Durable plastic housings with IP-rated waterproof and impact-resistant protection for IIoT (Industrial Internet of Things) devices.
• Cable Management Solutions: Components designed to organize and secure high-density cable routing within data centers and communication infrastructure.

2. Three-in-One Manufacturing Integration: The Advantage of Cross-Process Engineering

How do we seamlessly integrate multiple manufacturing technologies?

• Precision Integration of Metal and Plastic Components: In server chassis assemblies, die-cast metal components must interface perfectly with plastic airflow ducts. Through precision CNC machining, we ensure accurate metal interface tolerances for reliable snap-fit or screw-fastened assembly with injection-molded plastic parts.
• Insert Molding Technology: CNC-machined metal parts can be directly inserted into injection molds as embedded components. This metal-plastic integrated molding technology combines the structural strength of metal with the insulation properties of plastic, making it ideal for 5G base station components and EV electronic control units.

3. High-Tolerance Control: Consistency from Metal to Plastic Components

Whether for metal or plastic components, our commitment to precision and quality remains the same.

• Precision Tooling Development: Tooling is the foundation of both die casting and injection molding. Our in-house mold design capability ensures excellent dimensional stability for plastic components.
• CPK-Based Process Monitoring: Automated inspection systems are implemented to ensure that critical dimensions consistently meet strict tolerance requirements throughout mass production.

4. Why Choose TRY Taiwan's Integrated Manufacturing Services?

• Shorter Development Cycles through DFM Optimization: With one-stop manufacturing services, we simultaneously evaluate metal and plastic component integration during the DFM (Design for Manufacturability) stage, reducing communication costs and supply chain risks associated with multiple vendors.
• Improved Cost Efficiency: By integrating sourcing and production processes, we provide customers with a more competitive Total Cost of Ownership (TCO).