Technology & Services

CNC machines cut, drill, and carve metal blocks to create the basic shape of a mold. With 11 CNC machines, we ensure that every mold component is precisely crafted. It determines the overall structure and accuracy of the mold.

Wire-cutting machines use a thin wire to make ultra-precise cuts in metal. This process is essential for creating mold components that fit together seamlessly, ensuring accuracy down to the smallest detail.

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A mold is made up of multiple precision-engineered components. Fitting machines fine-tune these parts, ensuring they assemble seamlessly and operate smoothly during injection molding.

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For metal products, molds are used in stamping machines that quickly and efficiently shape metal sheets. This process produces consistent, high-precision metal parts in large quantities.

Robotic arms help with tool changes, material handling, and other precise operations. By automating key tasks, they improve efficiency, reduce human errors, and allow for continuous 24-hour production.

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After machining, every mold part must be inspected for accuracy. Our 3 Coordinate Measuring Machines (CMM) scan and measure the mold to ensure that every dimension meets exact specifications, guaranteeing high precision in the final product.

Some molds are too large or heavy to move manually. Our 3 industrial cranes safely lift and position molds, with the largest crane capable of handling up to 20 tons. This allows us to manufacture and assemble large-scale molds with ease.

Die casting is used to manufacture aluminum and magnesium components. In this process, molten metal is injected into a mold under high pressure, forming strong and precisely shaped parts, especially in automotive and electronics manufacturing.

Some mold designs have deep cavities or sharp corners that CNC machines cannot easily cut. EDM (Electrical Discharge Machining) uses electrical sparks to shape metal accurately, making it perfect for intricate features and fine details.

Once a mold is complete, it needs to be tested. Our 80 injection molding machines simulate real production conditions, checking for defects such as shrinkage, warping, or excess material. It ensures the mold is ready for mass production.

Once all parts are ready, the final step is mold assembly. Our skilled technicians ensure that each component is precisely installed, tested, and adjusted for smooth operation and long-term durability.

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Some molds and products require branding, serial numbers, or custom markings. Laser engraving creates sharp, long-lasting engravings without damaging the material, ensuring clear and permanent identification.