Long Stroke Linear Motion

Long Stroke Linear Motion is an electromechanical system designed specifically for achieving large-scale, high-precision linear motion. Its travel length usually exceeds 2 meters, with a maximum of several tens of meters. It achieves long-distance positioning while maintaining motion accuracy, and is a key core technology in modern large-scale automation equipment and production lines.

Long Stroke Linear Motion system consists of a long travel guide rail, a precision transmission mechanism, a high rigidity support structure, and an intelligent control system. The long guide rail is manufactured with special materials and processes, and undergoes precision machining and stress relief treatment to ensure straightness and flatness throughout the entire stroke range. The transmission system selects precision ball screws, synchronous belts, or linear motors according to the requirements, combined with multi support point design and temperature compensation technology, to solve key technical problems such as sagging and thermal deformation in long stroke motion.

Long Stroke Linear Motion is crucial in modern industry and various precision equipment fields. It refers to the motion form in which mechanical components can achieve precise linear displacement over a long distance. This technology relies on specific devices to efficiently convert rotational motion into linear motion, meeting many scenarios with special requirements for travel.

There are various types of Long Stroke Linear Motion devices. The common type is belt driven, which uses a motor to drive a pulley and utilizes the friction between the belt and pulley to drive the slide to move along a linear guide rail for a long distance, such as in the material transfer process of some automated production lines. There is also a screw drive type, where the motor drives the screw to rotate, and the screw and nut cooperate to convert the rotational motion into linear motion of the nut and connected components. It is commonly used in long stroke operations such as machine tool machining that require high precision. In addition, the gear rack type converts the rotation of gears into linear motion of racks through the meshing of gears and racks. It has strong load-bearing capacity and is suitable for industrial applications with heavy loads and long strokes.

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Here, we introduce Long Stroke Linear Motion, Fully Sealed TMB100-CR for clean environment with data as follows:

The advantage of Long Stroke Linear Motion is diverse. In terms of travel range, standard products can reach several meters, and customized products can even reach tens of meters, which can meet the needs of large-scale equipment material handling, large-size workpiece processing, and so on. The speed performance is outstanding, with some devices running at speeds exceeding 10m/s, such as the Feichuang linear motor module, which can reach a maximum speed of 10m/s, greatly improving production efficiency. In terms of accuracy, with the combination of high-precision grating and magnetic grating feedback, the repeated positioning accuracy can reach ± 0.002mm, ensuring precise transmission positioning of precision machining and testing equipment. The load capacity is also considerable, taking the Feichuang linear motor module as an example, the horizontal load can reach 500kg.

Long Stroke Linear Motion is widely used in industries such as LCD panel manufacturing, semiconductor chip production, and new energy vehicle battery assembly. Responsible for long-distance transportation and precise positioning of glass substrates in LCD panel manufacturing; In semiconductor chip production, assisting chip manufacturing equipment in completing long and high-precision process operations; Efficient transfer and assembly of battery components during the assembly of new energy vehicle batteries. From industrial automation production lines to scientific research experimental equipment, long-distance linear motion is driving continuous development towards efficiency and precision in various fields.