Why choose the Topstar EU Series 3-Axis Robot for precision part extraction?

Topstar’s EU Series 3-axis robot is primarily designed to address practical challenges encountered in injection molding production, specifically, inconsistent mold-opening positions, the need for repetitive setup and adjustment, slow response times, and a lack of transparency regarding equipment status. The EU Series integrates intelligent compensation capabilities, high-precision drive structures, ultra-high-speed motion performance, and standard MES… Continue reading Why choose the Topstar EU Series 3-Axis Robot for precision part extraction?

How to adjust the velocity profile of a 3-axis robot to avoid vibration?

Designed for precision injection molding applications, 3-axis robots are designed explicitly for pick-and-place operations. If slight vibrations during part removal can affect quality, increase cycle time, and cause unplanned maintenance. Therefore, we integrate vibration suppression functions throughout the mechanical design and control firmware of the 3-axis robot, while also considering how to adjust the speed… Continue reading How to adjust the velocity profile of a 3-axis robot to avoid vibration?

Why do plastics manufacturers prefer a servo-driven 3-axis robot?

Unlike pneumatic or hydraulic robots, susceptible to compressibility, heat, and operating noise, servo-driven 3-axis robot provide clean, quiet, and highly repeatable motion with tight and precise speed control. This level of precision makes it easy to handle precision-molded parts, reduce scrap, and increase overall production. In addition, servo drives support complex motion trajectories. In high-speed… Continue reading Why do plastics manufacturers prefer a servo-driven 3-axis robot?

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