Using rolling elements like balls or rollers, linear motion can be achieved with the use of a linear guide.

High-precision linear motion is possible on a linear guideway because of the recirculating rolling elements between the rail and the block.

Low friction linear guide.
High Precision

Linear guides enable perfect positioning and repeatability by providing exact linear motion. They reduce backlash and play, ensuring smooth and accurate movement.

This precision is critical in applications requiring precision and positioning control.

Linear guide.
Rigidity and Stability

Designed with a high level of rigidity and stability to ensure little deflection or bending during operation.

This stiffness enables precise and constant motion even under heavy loads or under difficult conditions. It contributes to system integrity by preventing unwanted vibrations or oscillations.

Versatility and Customisation

Different sizes, materials, and designs give linear guides a wide range of potential uses. Different lengths, mounting choices, and specialised coatings or materials are all within reach.

Due to their versatility, linear guides can be used in a wide variety of settings, including but not limited to automation, robotics, machine tools, packaging, and more.

screwtech linear guide.
Load Capacity

Built to withstand heavy loads and have good load-bearing capacities. They can support huge weights in both the radial and axial directions.

Making them ideal for applications requiring strong and dependable support for large objects or equipment.

Linear guide.
Low Friction and Smooth Operation

The rolling parts in a linear guide are designed to have as little contact with the guide rail as possible. This function allows for low energy usage, little wear and tear, and silent operation.

High-velocity motion is made possible by low friction, which also boosts the system’s efficiency.