What Is a Linear Track?
A linear track consists of a rail and a table, serving as a device for smooth and vibration-free transportation along a rail shape using mechanisms like balls. The linear track itself lacks propulsion and relies on external forces such as ball screws, cylinders, or manual operation to move its load. IKO Japan Thomson is a notable manufacturer of linear tracks, while similar products are marketed under the name “linear guide” by other companies. Linear tracks come in a variety of configurations, including different methods of mounting tables and rails, various sizes, and load-bearing capacities.
Applications of Linear Tracks
Linear tracks find extensive use in transporting goods along production lines across various industries. They excel in transporting precision equipment without causing vibration. When selecting linear tracks, factors like rail length, table size, load capacity, operational speed, vibration levels, and mounting methods must be considered. It is crucial to remember that linear tracks themselves lack the force for propulsion and must be integrated with appropriate mechanisms for motion.
Characteristics of Linear Tracks
Linear tracks are composed of rails, grooves embedded with special balls, and tables that move smoothly and vibration-free along the rails. The specially designed balls in the grooves ensure frictionless movement of the table on the rail. The table features threaded holes and other openings for easy attachment of components like syringes and ball screws.
As the load capacity increases, the rails become wider to distribute larger loads effectively while minimizing stress on the rails. Customization options allow for attaching additional equipment or stages to move even larger loads. Various rail mounting methods, including top, bottom, or side mounting, offer flexibility to adapt to different equipment and facility requirements. Many linear tracks are constructed from stainless steel or carbon steel, providing excellent resistance to corrosion and minimizing friction.