
The process starts with a detailed 3D CAD model of the desired component.
Finite Element Analysis and grain flow simulations are utilized to predict and optimize the forging process, ensuring optimal material distribution and structural integrity.
Advanced mold flow analysis to optimize the mold design, ensuring efficient filling and solidification of the molten metal.

Precision molds are fabricated based on the optimized design, ready for the forging process.
Thorough trials are conducted to validate the entire forging process and ensure consistent, high-quality results.
To ensure the highest levels of surface quality and detect any potential defects, guaranteeing the structural integrity of your components.
We’re at the forefront of Industrial 4.0 initiatives,starting with our forging site. By implementing smart manufacturing technologies, we enable in-process monitoring and quality control. Sensors deployed on our forging presses provide real-time production data such as capacity utilization,voltage, mold temperature, material temperature, work in progress (WIP) status, and estimated time of completing a work order, all linked to the purchase order in our Enterprise Resource Planning (ERP) system. This comprehensive approach gives us better control, efficiency, and traceability throughout the forging process.

With modern forging plants strategically located in Taiwan and Vietnam, we are equipped to handle both large-scale production runs and small, specialized orders. Our adaptable facilities ensure that we can efficiently meet your specific project demands, no matter the size or complexity. Our forging expertise extends beyond standard components, and we excel at producing complex geometries and intricate designs for a wide range of parts, including control arms, knuckles, links, mounts, brackets, and more.



