Industrial Linear Actuators
& Screw Jacks

Industrial Linear Actuators, also known as electric linear actuators, are mechanical devices employed to generate linear motion in diverse industrial applications. With the ability to convert rotational motion into precise linear movement, these actuators facilitate controlled handling of substantial loads or machinery, often exceeding 600kN.

Notably, these actuators find extensive usage across multiple industries, including manufacturing, automation, robotics, and aerospace, among others. Their application spectrum encompasses scenarios necessitating accurate positioning, lifting, pushing, pulling, or adjusting of heavy loads. Actuators are commonly employed in assembly lines, packaging machines, CNC machines, industrial robots, material handling equipment, and an array of other industrial systems.

Furthermore, the versatility and reliability of Industrial Linear Actuators make them indispensable in various industrial settings. Transitioning from one task to another, these actuators smoothly adapt to different requirements, ensuring seamless operational efficiency. Their adaptability enables manufacturers to streamline production processes, enhance automation capabilities, and achieve higher levels of precision and productivity.

Additionally, AC Industrial Linear Actuators boast several advantageous features. Their robust construction, combined with advanced materials and components, ensures durability and prolonged service life even under demanding conditions. The availability of different stroke lengths, load capacities, and speed options allows for tailored solutions that align with specific industrial needs.

In summary, these units offer a reliable and efficient means of achieving precise linear motion in industrial environments. With their ability to convert rotational energy into controlled linear movement, these actuators facilitate diverse tasks such as positioning, lifting, pushing, or adjusting heavy loads. Their widespread usage across various industries highlights their significance in optimizing manufacturing processes, automation systems, and overall industrial efficiency.