Experience unstoppable motion. Precision that performs. Efficiency that leads. A Customised Servo Rail, which is a servo-driven linear track, is designed to extend the range and precision of industrial robots. Custom close to the application, it allows seamless high-speed automation movement along a second axis, improving robotic manipulator’s reach and flexibility, accuracy and increased efficiency in automation applications such as robotic welding, material handling, and intelligent smart manufacturing with full Industry 4.0 compatibility.
High-precision servo rail systems engineered for high-accuracy tasks guarantee flawless linear movement, ideal for robotic welding, assembly, and more, while supporting real-time motion control.
Discover a new layer of versatility with custom servo rails that provide the robot with another axis of motion, letting it reach farther and move freely with simple marks. These rails enhance robotic precision repeatability and extend the extended motion range of your robotic systems.
All of our servo rails are completely customisable. Build it to match your exact requirements for speed, load, length, right down to seamless integration with industrial robots and existing systems. Perfect for robotic automation setups.
Ensure your operations are nimble, effective, and competitive against fast-moving sectors now using servo-driven linear tracks for precision motion.
High quality materials are used in conjunction with precision components to ensure a smooth, long-lasting and low maintenance service life even in harsh conditions—ideal for cutting-edge servo rail solutions.
Precision-Engineered: Get pixel movement with high accuracy.
Servo-driven linear motion for an extended motion range.
Built specifically for your application.
Real-time motion control for high-speed automation.
Fully compatible with all leading robotic systems.
Industry 4.0 compatibility for connected and intelligent operations.
Tough & sturdy for heavy-duty lasting performance.
Enhances automation productivity by enhancing robotics capabilities.
