Industrial motion control has advanced significantly beyond simple positioning. Today’s systems require real-time accuracy, seamless feedback, and reliability under constant stress. Whether it’s robotic automation or material flow systems, performance hinges on components that can maintain high standards without compromise.
At ETI Systems, our Linear Potentiometers are designed to meet these modern challenges. Engineered to provide high-resolution analog feedback and withstand harsh industrial environments, they serve as the backbone for motion control systems that demand absolute precision and enduring stability.
Linear Potentiometers convert linear motion into a measurable electrical signal. This allows controllers and PLCs to continuously track the exact position of an actuator, slider, or moving component. Because the output is analog, system feedback is instantaneous and smooth, which is ideal for applications that require continuous position monitoring without conversion lag.
In modern automation setups, durability and precision must go hand-in-hand. Our sensors achieve both, delivering clean, reliable data even in high-vibration, temperature-variable, or debris-heavy environments.
These features allow our potentiometers to perform consistently in everything from outdoor machinery to enclosed automation cells.
Linear potentiometers stand out for their ability to offer real-time position tracking with minimal complexity. In industrial applications, their strengths become even clearer when compared directly with other technologies like encoders.
Linear potentiometers generate real-time analog signals without delay, enabling fast, continuous updates to your control system. This direct output helps minimize lag, which is critical in applications requiring high-speed responsiveness and closed-loop accuracy.
With standard voltage output and broad compatibility, our sensors work seamlessly with most industrial PLCs, controllers, and HMIs. That means quicker setup, less programming overhead, and smoother commissioning for your team.
Linear potentiometers provide a reliable and economical solution for systems requiring multiple sensing points or operating under budget constraints. You get dependable performance without the complexity or cost of digital encoders.
Our designs are engineered for durability, featuring fewer moving parts, sealed housings, and an extended cycle life. This reliability minimizes maintenance requirements and prolongs the service life of your sensing infrastructure, even in demanding industrial environments.
Choosing the right sensor doesn’t have to be complex, but it does have to be precise. Start with your motion profile, then narrow in on mechanical fit and signal requirements:
ETI Systems offers engineering support to help you choose or customize the exact sensor configuration for your system’s needs.
At ETI Systems, we focus on supporting every aspect of your sensing integration. Partnering with us provides you access to:
We’re helping engineers accelerate integration by supplying linear potentiometers that meet industrial demands. Whether you’re scaling up or fine-tuning motion control in a new design, our support and selection simplify the process.
If your industrial automation setup demands speed, accuracy, and resilience, Linear Potentiometers from ETI Systems provide the edge you need. Our sensors are engineered to keep pace with your most demanding applications.
Contact us today to request a quote or speak with our engineering team. Discover how ETI Systems can enhance your system’s accuracy and longevity.
They’re used in robotics, valve controls, fluid automation, and conveyor systems to measure linear movement.
Yes. With sealed housings and wide temperature ranges, they are built to endure challenging conditions.
Linear potentiometers offer analog output, easier integration, and lower cost, making them ideal for real-time feedback in many industrial setups.
Absolutely. ETI Systems provides customizable models to fit your exact mechanical and electrical requirements.
Our team provides installation guidance, cross-referencing help, and ongoing technical support to ensure successful implementation.