Thomson Linear

Thomson invented anti-friction linear technology over 60 years ago and has continued to lead the industry ever since.

Thomson has consolidated the most competitive and complementary products from each brand into the most advanced, most comprehensive product portfolio available today.

The range covers the smallest and most compact linear motion systems to the biggest and most robust. Their wide range of guide and drive systems can be configured economically and can also work in harsh environments, at high speeds, and in high precision applications.

Thomson is linear motion, optimized.

Thomson's Linear Actuators offer best fits for a variety of applications. With both standard and customizable stroke lengths up to 915 mm (36 in), these families can provide full load forces as high as 6670 N (1500 lbf).

Available in both DC (12, 24, 36) and AC (115, 230, 400) voltage models, these actuators come optionally packaged with a wide selection of controls and accessories.

Linear Actuators

Thomson Linear Actuators are electric devices that convert rotary motion into precise linear motion, offering a reliable alternative to hydraulic and pneumatic systems. Designed for minimal maintenance and high performance, they cater to various applications, boasting features like stroke lengths up to 36 inches and speeds of 3 in/sec. Their compact, durable design, combined with integrated circuitry for enhanced control and onboard monitoring, makes them an efficient and cost-effective solution for engineering needs.

Compact Linear Actuators

Thomson's Compact Linear Systems prioritize customization and efficiency, offering adaptable solutions beyond standard offerings. They provide three key configurations: Narrow/Vertical (CLSV) for space efficiency, Wide/Horizontal (CLSH) for low-profile designs, and Round Rail (CLSR) for cost-effective, high-load handling, ensuring tailored precision for diverse project needs.

Stepper Motor Linear Actuators

Thomson's Stepper Motor Linear Actuators are designed for precision and reliability in linear motion applications. They use distinct configurations to provide accurate and adaptable performance. Key aspects of these actuators include their integrated design, improved operational efficiency, enhanced torque capacity, and the Taper-Lock connection. Their design also aims to reduce operational noise, making them suitable for various applications that require quiet operation.