We contribute to avoiding potential manufacturing defects and bringing high-quality products to market more quickly.
We use Autodesk Moldflow to conduct various injection molding simulations to verify and optimize plastic parts, injection molding, and the injection molding process. We investigate the impact of wall thickness, gate position, materials, and shape on manufacturability. By understanding the potential situations that may arise during actual manufacturing, we can avoid potential defects or identify the causes of existing issues. 【Features】 ■ Uses Autodesk Moldflow ■ Verifies plastic parts, injection molding, and the injection molding process ■ Capable of investigating and verifying a wide range of part shapes ■ Can avoid potential defects or identify the causes of existing problems ■ Conducts various injection molding simulations for optimization, investigating the impact of wall thickness, gate position, materials, and shape on manufacturability *For more details, please refer to the PDF document or feel free to contact us.
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We also accept prototype development molds. We are confident in our technical capabilities, short delivery times, and low costs, and we will provide products that meet your satisfaction. - Ultra-precision machining technology Aspherical machining for automotive head-up display lenses, mirrors, etc. Freeform surface machining (achieved values: 170×65 Pv8μm, Ra0.003 μm) Light guides, reflectors, and precision hand wraps for automotive headlights - Microfabrication technology Fine groove machining for light guide molds, microdot processing, and micro lens processing - Mold design and molding technology Design and manufacturing of conformal cooling molds, conformal cooling analysis, and thick optical lens molding.
