Product Information

I. Application Areas

1. Automated Production Lines: Positioning and guidance of conveying, lifting, and transfer mechanisms, facilitating compact multi-axis layouts, and offering convenient installation and replacement.

2. Precision Machine Tools/Tooling Machines: Linear motion of slides, tool holders, and worktables, providing a low-cost, standardized linear guidance solution.

3. Electronic and Measuring Equipment: Optical platforms, coordinate measurement, automatic recording, etc., requiring low friction, high sensitivity, and fast response.

4. Packaging/Printing/Textile Machinery: Multi-station transfer, tension control, etc., suitable for mass applications and offering cost-effective and easy maintenance.

5. Industrial Robots and Manipulators: Linear guidance of joints or end effectors, suitable for confined spaces and weight-sensitive applications.

6. Food Machinery and Medical Equipment: Clean, low-friction, and easy to maintain; some sealed models meet hygiene and cleanliness requirements.

7. Special and Non-standard Machinery: Such as brick stacking machines, woodworking lathes, etc., using standardized bearings to shorten design and delivery cycles.

II. Advantages

1. The advantages of using guide edge flanges (a guidance structure centered on linear bearings) are reflected in the multi-dimensional balance of space adaptability, installation efficiency, and motion stability, especially suitable for light to medium load guidance requirements in compact scenarios.

2. Significantly improved installation convenience: The flange has a built-in countersunk hole design, eliminating the need for additional positioning fixtures.  It can be directly bolted in place by aligning with the mounting holes, reducing single-unit installation time by 50%, making it particularly suitable for mass assembly on automated production lines or retrofitting existing equipment, reducing labor and debugging costs.

3. In terms of motion performance, the built-in steel ball circulation structure reduces the friction coefficient to 0.001-0.003, far superior to sliding friction, ensuring smooth operation and fast response under light loads. The repeatability accuracy can reach ±0.01mm, meeting the micro-motion requirements of precision feeding and testing equipment.

Product Specifications