Motor Driven Actuator
The Shimadzu NJ-SERVO Series represents a next-generation motor-driven actuator system, specifically designed for static and dynamic material testing. With exceptional precision, flexibility, and user-friendly operation, the NJ-SERVO Series is ideal for a wide range of fatigue, tensile, and durability tests across industries such as aerospace, automotive, medical devices, and advanced materials research.
Key Features
High-Precision, Servo Motor Driven
Equipped with a high-response AC servo motor, the NJ-SERVO ensures precise force and displacement control, enabling highly accurate static and dynamic tests under various loading conditions.
Wide Load Capacity Range
Available in multiple models with rated capacities from 1 kN to 50 kN, the series accommodates a diverse array of testing applications — from micro-scale components to heavy-duty structural parts.
Versatile Testing Modes
Supports tensile, compression, bending, low-cycle fatigue (LCF), and high-cycle fatigue (HCF) tests. The system is fully compatible with a variety of testing jigs and extensometers, providing maximum flexibility.
Advanced Control System
Integrated with Shimadzu’s TRAPEZIUMX testing software, the NJ-SERVO offers intuitive test control, programmable sequences, and real-time data acquisition and analysis.
Compact & Modular Design
The actuator unit features a compact footprint and modular structure, allowing easy integration into various test setups, including vertical and horizontal orientations.
Energy Efficient & Quiet Operation
Compared to hydraulic systems, the motor-driven NJ-SERVO delivers lower noise levels and energy consumption, making it a clean and sustainable solution for modern labs.
Technical Specifications
Ideal Applications
Summary
The Shimadzu NJ-SERVO Series offers unmatched versatility and precision in motor-driven materials testing. Its advanced control, modularity, and energy efficiency make it a future-proof choice for labs seeking to expand their testing capabilities and meet the demands of next-generation materials.
For detailed specifications, application examples, and technical resources, visit the official Shimadzu product page.