Powering Automation: Efficient Motion with
JIMAI Pneumatic Actuators
Pneumatic actuators are the workhorses of countless automation systems. Explore our extensive product line to find the best fit for your specific application.
Powering Automation: Efficient Motion with
JIMAI Pneumatic Actuators
Pneumatic actuators are the workhorses of countless automation systems. Explore our extensive product line to find the best fit for your specific application.
Adopting Corrosion-resistant stainless steel screws.
Hard anodized cylinder, wear resistance
Highly responsive to the working instruction
Symmetrical rack and pinion structure to make it run smoothly and safely
Simple structure, exquisite appearance
Highly responsive to the working instruction
Hard anodized cylinder, wear resistance
Long service of life, can be used up to 1million times
Rotation degree: 0-45,45-90,0-90
Feature: Safe and explosion-proof
Application field: Oil refining, chemical industry
Operating Media: Air, Water,Gas, Oil, Steam
Rotating shaft: Nickel plated
Compact design with a contemporary visual look
Same output torque with 90 degree pneumatic actuator
Same width with 90 degree rotation pneumatic actuator
X-RING configuration
Copper sliding mechanism
Enhance the composition of susceptible components
Front configuration of air connection and overhead arrangement of lifting lug
We understand that the heart of any reliable actuator lies in the quality of its materials. That's why we carefully select and process materials such as high-strength aluminum alloys, stainless steel, and high-grade polymers, and use even more sophisticated manufacturing processes.
ompared with our counterparts, our cylinder block has added hard oxidation process, which has a more durable service life.
In-house production of shafts, pistons, and cylinders.
Body process
CNC Machining Center
Processed Body
Automatic Machining of Axes by Robotic Arms
Sealing Test Bench
Automatic Screw Machine
One size doesn't always fit all. We understand that some applications require specific adaptations. That's why we offer a wide range of customization options to ensure our pneumatic actuators perfectly match your unique requirements.
Selection Basis: Choose based on torque requirements and application.
Common Types:
Rack and Pinion: Torque limited to approximately 6500 NM at 4 bar.
Scotch Yoke: Higher output torque, up to approximately 110,000 NM at 4 bar, suitable for larger valves.
Selection Basis: Choose based on required functionality (fail-safe operation, air consumption, etc.)
Common Types:
Double-Acting: Requires air to open and close. Typically A port opens, B port closes.
Single-Acting (Spring Return): Uses air to actuate in one direction and a spring to return. Can be normally open (air closes) or normally closed (air opens). Used in hazardous areas to prevent frequent air input if air supply is interrupted.
Customer Provides Torque: Easiest selection if customer provides valve torque with safety factor. Compare actuator torque (at specified air pressure) to valve torque + safety factor.
Customer Provides Information: If customer is unsure of torque, provide valve type, seal material, and size for model selection.
Emphasis: For spring return actuators, the spring torque is the critical factor to compare against the valve torque + safety factor. Double-acting actuators are typically verified under a pressure of 5 bar.
Customization Services: Offer various degree of rotation options beyond the standard 90 degrees.
Options:
0-180 degrees
0-120 degrees
0-135 degrees
Three-position: 0-45, 45-90, 0-90 degrees for precise flow control.
Customer Input: Customer specifies required degree of rotation.
Pneumatic actuators are essential for controlling chemical processes. They precisely regulate valve positions in pipelines carrying corrosive or hazardous materials, ensuring accurate mixing, batching, and flow control. They are also used to operate diverter valves directing flow to different reactors or holding tanks.
In construction, pneumatic actuators are used for precise positioning of equipment. They can control mixing operations in cement plants, adjust the tilt of solar panels, and operate louvers or dampers in large-scale ventilation systems within buildings.
Pneumatic actuators play a critical role in oil and gas extraction, refining, and transportation. They are used in valve control for pipelines, tanks, and processing equipment. They also control the position of nozzles during the filling of tankers, improving safety and efficiency.
These actuators are used to control material flow in processing equipment, such as regulating the flow of molten metal in casting processes. They can also be used for the precise positioning of tools in metalworking applications.
Pneumatic actuators are crucial in power generation and distribution. They are used to operate valves in power plants, control the position of solar reflectors in concentrated solar power (CSP) systems, and manage the operation of circuit breakers and switches in substations.
Pneumatic actuators are used in food and beverage processing for precise control over various operations, such as dispensing ingredients, opening and closing valves in filling machines, and adjusting the position of conveyor belts. They can be used in precise mixing applications and must comply with stringent hygiene standards.
Pneumatic Actuators
Frequently Asked Questions
We have compiled a list of frequently asked questions to help you better understand pneumatic actuators.
Find answers about sizing, maintenance, applications and more.
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