Air Pressure Actuator

一．Product Introduction

Air Pressure Actuator is a device powered by compressed air, converting air pressure energy into mechanical energy. It uses internal pneumatic components like cylinders and pistons to produce linear or rotary motion when pushed by compressed air, thus driving related equipment. It features simple structure, fast action and quick response. It’s widely applied in the field of industrial automation, such as controlling the opening and closing of valves on production lines and the movement of robot joints.

二．Product Features

Excellent Durability

The Air Pressure Actuator employs high-strength alloy material for its main structure, undergoing precise CNC machining and heat treatment processes to significantly enhance its hardness and fatigue resistance. Compared to similar products made of ordinary materials, our Actuator exhibits lower wear rates when subjected to frequent pneumatic pressure changes and mechanical movements, ensuring remarkable durability with up to 1 million cycles of trouble-free operation.

High-Efficiency Waterproof Performance

With advanced sealing technology and special coating treatment, the Air Pressure Actuator achieves an IP67 rating for waterproofing and dustproofing. This means it can effectively isolate moisture and dust intrusion even when operating in harsh environments such as humidity, dustiness, or occasional submersion, safeguarding the internal precision components from damage.

Precision Control and Rapid Response

The built-in high-performance solenoid valve adopts advanced electromagnetic design and precise flow control technology, enabling it to complete pneumatic pressure opening and closing within milliseconds for accurate position control and speed adjustment. This characteristic allows the Air Pressure Actuator to excel in applications requiring high-precision positioning and rapid movements, such as precision assembly and semiconductor manufacturing. Compared to traditional solenoid valves, its response speed is increased by approximately 30%, and control accuracy is improved by 20%, significantly boosting production efficiency and product quality.

三．Technical data

1. Structural Parameters

• Main Material: High-strength alloy (with optional stainless steel for special corrosion-resistant requirements)
• Processing Technology: Precision CNC machining, heat treatment
• Surface Treatment: Special anti-corrosion coating
• Connection Method: Flange connection (complying with ISO, ANSI, DIN standards) / Threaded connection (G, NPT standards)

2. Performance Parameters

• Working Pressure Range: 0.4–1.0 MPa
• Cycle Life: ≥ 1,000,000 cycles
• Protection Grade: IP67 (waterproof and dustproof)
• Response Time: ≤ 50 ms (full stroke response)
• Temperature Range: -20℃–+80℃ (standard type); optional low-temperature type (-40℃–+80℃) or high-temperature type (-20℃–+150℃)

3. Actuation Parameters

• Output Force (Linear Type): 500–50,000 N (depending on cylinder diameter and air pressure)
• Output Torque (Rotary Type): 10–5,000 N·m (depending on model and air pressure)
• Stroke (Linear Type): 5–500 mm (customizable)
• Rotation Angle (Rotary Type): 90°±5° (standard), optional 180°/360°

4. Electrical Parameters

• Solenoid Valve Voltage: DC 12V, DC 24V, AC 110V, AC 220V (optional)
• Power Consumption: ≤ 15 W
• Electrical Connection: Aviation plug / Terminal box

5. Media Compatibility

• Working Medium: Filtered compressed air (oil-free or oil-containing, depending on sealing material)
• Sealing Material Options: Nitrile rubber (NBR), Fluorine rubber (FKM), Ethylene Propylene Diene Monomer (EPDM)