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Insights

Our Insights blog provides useful information on actuation systems with a focus on how to meet manufacturers and industry challenges.
ENHANCING CYLINDER PRECISION CONTROL AND ENERGY EFFICIENCY WITH SERVO POWER UNITS
In industrial and mobile applications, traditional hydraulic power units (HPUs) have long been the standard for powering hydraulic cylinders. However, these systems are generally inefficient, require high maintenance, and will inevitably leak. Kyntronics’ Servo Power Units (SPUs) provide an innovative solution that provides precise control, improved energy efficiency, and reduced maintenance compared with conventional HPUs.
ELECTRO-MECHANICAL ACTUATORS AND KYNTRONICS ACTUATORS: SIMILARITIES AND DIFFERENCES
When selecting the right linear actuator for an industrial application, it's essential to understand the different actuator technologies available. Electro-mechanical actuators, including ball screw, acme screw, and roller screw actuators, offer precise control for many applications.
HOW DOES A HYBRID LINEAR ACTUATOR WORK
In today's fast-paced industrial landscape, efficiency, precision and reliability are more critical than ever. Hybrid linear actuators are revolutionizing motion control, combining the best of electric and hydraulic technologies to deliver powerful, precise, and energy-efficient solutions. This article explores how hybrid linear actuators work, their key advantages, and why leading manufacturers are making the switch.
SOLVING PRESS PROBLEMS WITH HIGH PERFORMANCE LINEAR SERVO HYBRID ACTUATORS
Kyntronics’ Hybrid Linear Actuation (SHA) systems offer an innovative solution—combining the best features of hydraulic and electro-mechanical actuators to create actuation technology with servo-driven precision with high energy efficiency, reliability, and performance.
SPEED MEETS PRECISION: INCORPORATING HIGH-SPEED LINEAR ACTUATORS IN AUTOMATED EQUIPMENT
High-speed linear actuators are transforming industrial automation by delivering rapid motion without sacrificing precision. However, choosing the right actuator requires balancing speed, force, and control to ensure optimized performance for your application.