Back in 1999, Max-Air Technology entered the market with rack and pinion actuators featuring a unique, patented design. Today, Max-Air’s core product line-up builds on this proven design with the most extensive rack and pinion actuator offering in the world. Alternate housing and seal materials, finishes, coatings, 90° through 180° rotations, and industry best +/-10° travel stops ensure that Max-Air offers the perfect solution.
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HD Series Pneumatic
Max-Air Technology Heavy Duty Series (HD) Scotch Yoke Actuators are available in two distinct configurations: SHD (symmetric) and CHD (canted) heavy duty selectable torque profiles are designed to perform in the most demanding applications based on valve requirement. Engineered to pneumatically automate all types of quarter turn valves (ball, butterfly, plug, damper), where reliably high torque outputs are necessary. Double Acting 13,367 to 2,738,990 in-lbs, Spring Return 5,328 to 1,320,215 in-lbs. Please refer to torque charts for specific details.
*Custom Colors Shown: Custom colors available upon request.
HHD Series Hydraulic
Max-Air Technology Hydraulic Heavy Duty Series (HHD) Scotch Yoke Actuators are available in two distinct configurations: SHD (symmetric) and CHD (canted) heavy duty selectable torque profiles are designed to perform in the most demanding applications based on valve requirement. Hydraulic power cylinders multiply actuator torque output in a more compact design and can reduce stroke times. Actuators can be converted from air to fluid power with stock or custom hydraulic cylinders
AG Series
Max Air Technology is proud to introduce the new AG Series scotch yoke actuator. Designed and manufactured 100% in Italy, this actuator is built to last with a 25-year design life. Years of manufacturing and design experience have culminated into our unique Guided-Motion concept, which provides superior performance, longevity, and flexibility. Additional details such as high-grade materials, precision machined components, and rigorous quality control all contribute to a robust construction that outperforms the competition.
