The primary applications of linear guide shafts include:
1.Supporting light loads and facilitating short vertical movements: Linear guide shafts are commonly employed in situations where there is a need for vertical movement of relatively lighter loads over short distances. These guide shafts are designed for low-frequency and low-speed operations.

2.Enabling high-speed and long-distance horizontal movements: Linear guide shafts are also utilized to facilitate high-speed and extended horizontal movements. These guide shafts are designed to handle heavy loads and accommodate high-frequency motion.

3.Utilizing hard chrome plated surfaces for improved sliding surface contact: Linear guide shafts often feature a hard chrome plated surface to enhance the sliding surface's contact properties. The hard chrome plating provides a smooth and durable surface that minimizes friction and wear.

While superficially guide shafts from different manufacturers may appear similar in appearance, the overall performance of a guide shaft is largely influenced by the manufacturer's selection criteria during the production process and their manufacturing techniques. These factors directly impact the quality, precision, and durability of the guide shaft. Therefore, careful consideration of these aspects by the manufacturer is crucial in ensuring optimal performance and reliability of the guide shaft.

Pillar is a common accessory with the function of connecting, fastening and supporting division. It is mainly used for various fastening and supporting mechanisms. The types are round pillar and hexagonal pillar.

Different materials and different surface treatment can be used according to customer's requirements.

The synchronous belt wheel is a transmission accessory that meshes with a synchronous belt and is driven by it. It ensures stable transmission without sliding, maintaining a specific transmission ratio. This results in a smooth and precise power transfer, offering reliability and accuracy. The synchronous belt wheel also provides a buffer effect, absorbing shocks and minimizing noise. It offers energy savings and reduced maintenance costs due to its efficient operation. Overall, the synchronous belt wheel is a reliable, low-noise, and cost-effective transmission option.