As core components of linear motion solutions for industrial automation, the EPS and EPY series adopt a differentiated positioning design to adapt to diverse working conditions. The EPS series focuses on efficient operation in light-load scenarios: its transmission structure is optimized for lightweight, boasting a maximum operating speed of 120mm/s, which easily handles light-load tasks such as precision assembly in the 3C electronics industry and high-frequency transfer of micro-components. Even under high-frequency working conditions with continuous start-stop cycles, it maintains stable output, avoiding transmission idle consumption caused by overly light loads.

In contrast, the EPY series emphasizes stable transmission in heavy-load scenarios. Its body frame is made of high-strength alloy material, offering a load-bearing range of 20-150KG, which meets heavy-load needs such as chassis component transfer and heavy tooling positioning in the automotive manufacturing field. Even when bearing the rated weight for a long time, it can reduce deformation through its reinforced transmission structure, ensuring stable operation trajectories.

Meanwhile, both series come standard with fully sealed protective enclosures manufactured via a one-piece molding process, achieving an IP54 protection rating. These enclosures not only effectively isolate metal dust and cutting oil in the production environment but also block small amounts of splashing coolant and moist water vapor, preventing wear and jamming of core internal components (such as ball screws and timing belts) due to contaminant intrusion. This protective design not only guarantees transmission accuracy (both the EPS and EPY series achieve a repetitive positioning accuracy of ±0.05mm, meeting the strict requirements for position error in precision operations) but also enhances the product’s adaptability to harsh working conditions—whether in high-dust environments of machining workshops, oil-contaminated scenarios of automotive painting workshops, or environments with temperature and humidity fluctuations in food packaging workshops, both series can operate stably.

Ultimately, leveraging their differentiated advantages of "high efficiency for light loads / stability for heavy loads" and all-scenario protection capabilities, the two series fully meet the linear motion needs of automated production lines across industries such as 3C electronics, automotive manufacturing, medical devices, and logistics automation. For instance, in scenarios like precise reagent delivery in the medical device industry and material shifting in logistics sorting lines, they not only ensure operational accuracy but also adapt to the complex environments of different workshops, providing reliable support for the efficient operation of production lines.