STEP Lab’s Electromechanical Test Systems are engineered for high-precision static, dynamic, and fatigue testing of materials and components. Built around advanced electromechanical actuator technology, these systems deliver exceptional performance, reliability, and energy efficiency while eliminating the maintenance requirements associated with hydraulic solutions.

Designed for long-term durability and high-cycle testing, the systems support dynamic loads up to 200 kN, static loads up to 268 kN, and test speeds up to 1.6 m/s. Their flexible architecture allows operation in both single- and multi-actuator configurations, making them suitable for a wide range of research, development, and industrial testing applications.

Applications

• Fatigue testing
• Tensile testing
• Compression testing
• Material characterization
• Component durability testing
• Product validation and R&D

Key Features

• Dynamic force capacity up to 200 kN
• Static force capacity up to 268 kN
• Test speeds up to 1.6 m/s
• Designed for billions of fatigue cycles
• Single or multi-actuator operation
• High efficiency with low energy consumption
• Maintenance-free operation
• Easy installation and operation
• Compatible with extensometers, climatic chambers, grips, and accessories
• ISO, EN, and ASTM compliant testing capabilities

EA Series Electromechanical Actuators

The EA Series offers a versatile range of electromechanical actuators designed for dynamic, fatigue, and static testing applications. With force capacities ranging from 5.5 kN to 200 kN, these actuators provide precise control, high reliability, and exceptional durability for demanding testing environments.

Benefits

• High reliability and repeatability
• Reduced operating and maintenance costs
• Improved actuator size-to-force ratio
• Ideal alternative to hydraulic testing systems
• Flexible integration into customized test setups
• Suitable for both laboratory and industrial environments

This content is more aligned with a professional product webpage and focuses only on the Electromechanical Test Systems section.