HIWIN presents its industrial automation and precision mechanics solutions.

In an environment where efficiency and quality are crucial, automation emerges as the key to optimizing production processes and meeting the increasingly complex challenges of the global market. Companies that adopt automated technologies are able to offer a more rapid response to market needs, improving their ability to innovate and optimize production processes.

Comprehensive offer

HIWIN offers a range of products, from motion solutions to advanced control systems, that enable a smooth, effective integration of automation and control, leading to reduced costs and improved machine and plant quality. Particularly extensive is the range of linear guides, including roller guides, with or without covers, ball bearing guides, with anti-corrosion treatments, in stainless steel, rolled and ground ball screws. The mechanical range is accompanied by mechatronic solutions, which include drives for use together with rotary tables for automation, torque motors, linear and brushless motors, screw, belt and linear motor axes.

Solutions as well as components

HIWIN offers the market a range of complete solutions as well as components. Visitors to the trade show will have the chance to meet HIWIN experts for integrated solutions and watch demonstrations with components in motion. A team of HIWIN engineers is also on hand to develop 100% in-house custom designs.

Successful case histories

A winding and unwinding application is a prime example. The key feature of the design is the need to ensure highly accurate and consistent material tension by controlling the motor in torque without additional mechanical components. The use of DMN series rotary tables, coupled directly to the load, has enabled high torque control accuracy compared to traditional options such as brushless motor and gearbox solutions. This is complemented by remarkable compactness in terms of mechanical footprint due to the low profile, reduced assembly times, continuity and high efficiency due to the reduction of transmission components.