What can be achieved with our processing technology: Improvement of dimensional accuracy.

Achieving high dimensional accuracy with our independently developed IMM method, creating reliable parts without variation between shots.

High precision is an eternal theme in plastic molded products. High-precision parts enhance the overall performance of the product. In injection molding, the stability of the holding pressure effect directly impacts dimensional accuracy, but the timing of the gate seal required for holding pressure varies between shots. The IMM method has extremely low variability between shots, and its repeatable dimensional stability is significantly higher compared to conventional molding. This effect can be further enhanced by advanced mold correction, achieving even higher dimensional accuracy. The "IMM method" is a type of compression molding technology that allows molten resin to flow into the cavity through compression. By compressing the molten resin during injection and allowing it to flow into the cavity, a significantly higher holding pressure effect can be expected compared to the variability in gate seal and low holding pressure effect typical of standard injection molding. It is possible to address this by modifying existing molds. 【We can solve the following issues】 - I want to achieve high precision in dimensions. - The molding cycle has become longer. - There are products that do not fit within dimensions due to variability between shots.

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