High-Density Static Elimination System for Complete Static Elimination of Plastic Products

Do you know the limits of static electricity removal? Completely eliminate hidden static electricity.

Are you troubled by defects such as dust and foreign matter adhesion, uneven coating, and splattering caused by static electricity on the painting site for molded products? These issues tend to arise from complex shapes and charging states that cannot be adequately addressed by conventional static elimination methods. This "High-Density Static Elimination Treatment System for Molded Products" employs a unique high-density ion generation technology that sets it apart from typical static elimination devices, allowing for uniform and rapid static charge removal from the surface to the interior of complex-shaped molded products. As a result, it dramatically reduces painting defects caused by static electricity, significantly contributing to improved product quality and yield. Reliable static elimination is essential for achieving consistently high-quality coatings. We promise that the High-Density Static Elimination Treatment System for Molded Products will be a powerful solution for you. If you would like to download detailed materials or have any questions, please feel free to contact us.

High-Density Deionization Treatment System for Molded Products for Complete Deionization of Plastic Products

basic information

【Specifications】 *Detailed specifications (compatible sizes, power supply, installation methods, etc.) can be customized based on the target workpieces and line configurations. For more details, please refer to the catalog or contact us. 【Features】 - High-density static elimination capability: The high-density ions generated by our unique technology effectively act on complex shapes and workpieces with significant static charge, which are typically challenging for conventional static elimination devices, ensuring reliable static removal. - Dramatic reduction in painting defects: By fundamentally eliminating causes of defects such as dust and foreign matter adhesion, uneven coating, and splattering due to static electricity, we reduce the costs and time associated with re-coating and touch-ups, significantly improving production efficiency and quality. - Uniform and stable static elimination: Not only the surface of the workpiece but also the charged areas in complex structures and hidden parts are uniformly neutralized, maintaining a consistently stable static elimination effect to minimize variations in painting quality. - High yield improvement effect: By reducing the defect rate caused by static electricity, we enhance the good product rate, contributing to a significant improvement in yield.