What is the application technology for MOSIONX linear guide rails?
Based on the characteristics of machine tools in different application fields, MOSIONX linear guides have kept pace with the development trends of the international machine tool market. Several new linear guide products have been developed, driving the machine tool industry toward high speed, high precision, environmental friendliness, and energy efficiency. The MOSIONX linear guide is a novel type of rolling bearing designed for relatively reciprocating linear motion; it typically consists of a guide rail, a slider, an inverter, rolling elements, and a permanent magnet mechanism. It can replace the direct sliding contact between steel ball sliders, guide rails, and rolling elements, enabling infinite-cycle grooves and sliders to work together seamlessly. This type of guide boasts advantages such as simple structure, low dynamic and static friction coefficients, high positioning accuracy, and excellent durability. To precisely control the parallelism of the worktable during reciprocating motion, linear guides—also known as precision rolling linear guides, guide rails, linear guides, linear bearings, and rolling guides—are widely used. They offer higher rated loads than conventional linear bearings and can withstand certain torque levels, enabling highly precise linear motion even under heavy loads. Driven by two or four ball columns positioned on either side of the guide rail, the worktable moves smoothly along a predetermined direction, allowing it to perform reciprocating linear motion. Linear rolling guides are employed to support and guide moving components. Linear motion guides can be categorized into sliding-friction guides, rolling-friction guides, elastic-friction guides, and fluid-friction guides.
2023-01-30
