By Zeetork Automation & Control Private Limited
At Zeetork Automation & Control Private Limited, our pneumatic actuator services are built on extensive industrial expertise and engineering precision. Whether you’re automating valve control or implementing motion systems for industrial processes, our experienced technicians deliver end-to-end solutions customized to your operational requirements and performance expectations.
We carefully assess system demands, actuator types, and process parameters to ensure optimal actuator selection, precise integration, and reliable performance of pneumatic actuator technologies.
Our team collaborates closely with clients to provide expert installation, accurate actuator sizing, proper air supply system setup, and detailed functional validation—ensuring each pneumatic actuator operates efficiently, safely, and reliably in demanding environments.
Zeetork’s pneumatic actuator solutions guarantee precise motion control and seamless integration into your automated infrastructure.
Zeetork’s pneumatic actuator services focus on providing reliable actuation solutions that enhance system automation performance. Our core mission is to integrate and commission pneumatic actuators that deliver accurate linear or rotary motion for valves, dampers, and industrial process automation. From proper installation to stringent performance testing, we ensure robust, durable, and efficient actuator solutions.
A pneumatic actuator is a device that converts compressed air energy into mechanical motion (usually rotary or linear) to operate a valve or mechanical device.
When compressed air is supplied to the actuator chamber, it creates pressure on a piston or diaphragm. This pressure is converted into motion — linear (for cylinders) or rotary (for rack and pinion or scotch yoke actuators) — to operate the valve.
Actuator size is chosen based on valve torque requirements, air pressure, and a safety factor (typically 20–30%). The actuator must provide adequate torque even at minimum air pressure.
Inspect every 6–12 months, depending on the operating cycle, air quality, and environmental conditions. Replace seals or springs as required.
