As industrial systems become more advanced, our expectations for their components continue to grow. Actuators have evolved from being mere accessories to essential links between control and motion. When they perform poorly, the entire system suffers.
At ETI Systems, we collaborate with engineers who understand the importance of reliability. That’s why we design industrial actuators to withstand harsh environments while maintaining accuracy, consistency, and efficiency over time. Whether you’re managing rapid valve cycling, exposure to corrosive materials, or systems that can’t afford to pause, our actuators are engineered to hold steady for all types of load, pace, or pressure.
In industries like water treatment, oil and gas, and heavy manufacturing, actuators are exposed to extreme temperatures, vibration, dust, moisture, and constant cycling. If a component fails, the downtime and repairs can halt operations entirely. That’s why every actuator we produce is built with longevity as a design priority.
Here’s how we ensure each actuator is ready for high-demand use:
Across industries, our industrial actuators have proven themselves in the following applications:
VA250 actuators are used in high-demand valve control systems that require millions of cycles without failure. With built-in torque accuracy and sealed construction, they maintain performance even under continuous pressure, making them ideal for fluid regulation systems that can’t afford unexpected downtime.
VA100 actuators support operations in environments with seasonal temperature fluctuations, high humidity, or potential exposure to outdoor elements. Their sealed electronics and robust torque control allow uninterrupted performance, even when conditions are less than ideal.
In production environments such as automated filling or packaging, VA21 actuators have assisted clients in reducing maintenance intervals and enhancing overall system uptime. Their compact size, combined with repeatable performance, ensures smooth integration and long-term reliability in high-cycle use cases.
Actuators carry the physical load of industrial automation, managing motion, pressure, and control in the harshest operating conditions. We design ours to handle the realities of industrial operations, where long hours, harsh conditions, and high stakes are the norm. Our actuators are trusted across sectors like:
Industrial systems depend on the strength of their components. Our actuators are designed to endure extended stress, variable conditions, and continuous operation without sacrificing precision. Whether used in high-cycle applications or unpredictable environments, we engineer our solutions for long-term performance, ensuring your systems continue to operate smoothly without interruption.
Each unit is manufactured under ISO 9001:2015 standards and verified through cycle testing, ingress certification, and electrical validation.
Beyond the product, our engineering team works directly with customers to:
Our actuators are engineered to meet the actual demands of your system, whether you’re developing a new application or optimizing what you already have.
Every system hinges on reliable components. Our industrial actuators provide exceptional precision and durability, even under heavy loads and unpredictable conditions. With a performance that meets your expectations from day one and continues throughout their lifespan, you can trust our actuators to enhance your operations. Choose our robust solutions for a dependable performance that propels your success!
Talk to our engineering team today to learn which actuator best fits your environment, load profile, and performance goals.
Durability, high ingress protection, cycle life, and resistance to corrosion, temperature, and vibration.
Yes. We manufacture under ISO 9001:2015 and provide options that meet RoHS, REACH, and other industry-specific compliance.
Absolutely. We offer sealed, weatherproof models with corrosion-resistant materials and IP ratings for harsh conditions.
Yes. We provide washdown-ready and non-contaminating actuator designs suitable for food, beverage, and pharmaceutical use.
Depending on the model and application, they are rated for hundreds of thousands to millions of cycles under continuous duty.