[ZENFormer Case Study] Seal Parts for Automobile Doors

Parallel control + improved repeat accuracy at the bottom dead center to reduce processes, increase productivity, and enhance product precision!

We would like to introduce a processing example that utilizes the high bottom dead center repeatability accuracy of the "ZENFormer." To prevent burr generation during the vulcanization process, a part thickness accuracy of ±0.01mm is secured during the crushing process within the progressive die. The flatness of the crushed product, which requires bottom dead center accuracy, is ensured even under conditions of eccentric loading during continuous processing. This is a practical example where the processing accuracy of the "ZENFormer" eliminates rubber burrs and also reduces the need for their removal. [Reasons why high-precision processing is possible with the ZENFormer] ■ Strong parallel control against eccentric loads ■ Micron-level bottom dead center positioning accuracy ■ Full power can be generated anywhere during the stroke *For more details, please refer to the related links or feel free to contact us.

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