Kyntronics
Innovative Actuation Solutions for Every application
Conventional screw-type actuators are typically available in only a few configurations, such as inline or parallel styles. These limitations reduce their ability to fit within space-constrained designs and customized applications. As a result, industries requiring precision and flexibility often struggle with these traditional solutions.
Kyntronics’ Hybrid Linear Actuators (SHA) provide a flexible alternative. By utilizing fluid for the power transmission method, these actuators offer unmatched flexibility and multiple configuration options, making them ideal for a wide range of industrial applications.
Kyntronics’ SHA actuators are designed to meet diverse industry demands by offering:
With multiple mounting options and a closed-loop system, the SHA can be installed in any orientation — vertical, horizontal, or inverted — without risk of leaks or performance loss. Options include:
This broad range of mounting options ensures seamless compatibility with different machinery and equipment setups.
Explore SHA configuration & mounting options to see how our hybrid actuators can fit your next design.
Download the SHA brochure for details on performance specs and mounting flexibility.
Kyntronics works closely with customers throughout the entire process, from initial concept to final implementation. Our expert engineering team provides:
Read Kyntronics’ Insights on: The Value of Choosing Kyntronics: Engineering Excellence with End-To-End Support
Whether you need a customized actuator configuration or a high-performance motion control solution, Kyntronics engineers are ready to help. Connect with our engineering team to discuss how configurability can simplify your next machine build.
This comprehensive comparison article outlines the differences between Kyntronics' Hybrid actuator (SHA) technology vs. traditional hydraulic actuatio...
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Gears, roller and ball screws and other mechanical components wear out from metal-to-metal contact from repetitive concentrated loads.