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Insights

Insights

Our Insights blog provides useful information on actuation systems with a focus on how to meet manufacturers and industry challenges.
Position sensors & pressure transducers for precise control of position, force, speed, & dwell time
WHY HYBRID ACTUATORS ARE THE FUTURE OF MOTION CONTROL
Hybrid Actuators (SHA) combine the best features of hydraulic and electromechanical technologies, offering unmatched precise motion control, high efficiency, and exceptional durability in industrial applications.
Kyntronics’ Hybrid actuator (SHA) Diagram
KYNTRONICS ACTUATOR COMPARISON GUIDE: CHOOSING THE RIGHT TECHNOLOGY FOR YOUR APPLICATION
This comprehensive comparison article outlines the differences between Kyntronics' Hybrid actuator (SHA) technology vs. traditional hydraulic actuation systems and electro-mechanical screw-type actuators (EMAs).
Kyntronics Hybrid Servo Actuator Installed on a Bearing Press Application
THE ROLE OF SERVO CONTROLLED ACTUATORS FOR PRECISE MOTION IN INDUSTRIAL AUTOMATION
Servo-controlled actuators play a critical role in modern industrial automation by providing precise motion control across various applications.
Kyntronics Hybrid Linear Servo Actuators shown in three configurations with controller
LINEAR SERVO ACTUATORS EXPLAINED: MECHANISMS AND INDUSTRIAL USES
Linear servo actuators are an essential component in a wide variety of industrial applications, offering high performance and precise control over position, force, speed, and dwell time. These actuators utilize a servo motor and drive to precisely control movement, making them ideal for applications that demand repeatable, programmable, and high-precision motion.
Dual Cylinder - High Speed _ High Force Actuator
INDUSTRIAL ACTUATORS FOR HIGH FORCE APPLICATIONS
High-force industrial actuators are essential components in manufacturing, automated assembly, metal fabrication, and other demanding applications. Engineered to withstand extreme force demands, these actuators deliver the strength required for tough industrial environments. They are built for reliable operation under high-duty cycles, maintaining accuracy and durability even when exposed to shock loads, side loads, and concentrated loading conditions.