Electromechanical Universal Testing Machines (UTM)
The Electromechanical Universal Testing Machine (UTM) is a precision servo-driven material testing system designed for tensile, compression, bending, shear, and cyclic testing applications.
The system utilizes a high-resolution load cell, precision ball-screw driven crosshead, and advanced closed-loop digital control to deliver accurate, repeatable, and standards-compliant test results.
The machine is suitable for testing metals, plastics, composites, elastomers, cables, fasteners, and structural components in laboratory, R&D, production quality control, and certification environments.
The control system supports force, displacement, and strain control modes, enabling compliance with international standards such as ASTM, ISO, EN, and DIN.
Key Features
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Fully servo-controlled electromechanical drive
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High-stiffness load frame
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Precision ground ball-screw system
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Closed-loop force, displacement, and strain control
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Interchangeable load cells
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High-resolution data acquisition
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Modular grip and fixture compatibility
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Safety limit switches and overload protection
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PC-based test software with customizable reporting
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Optional environmental chambers and extensometers
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Maximum Load Capacity
Load Accuracy
Load Resolution
Control Modes
Crosshead Speed Range
Speed Accuracy
Maximum Stroke
Vertical Test Space
Horizontal Test Space
Frame Type
Drive System
Data Sampling Rate
Overload Protection
Power Supply
Operating Temperature
Relative Humidity
Software
Compliance
5 kN / 20kN / 50 kN / 100kN / 150kN / 200 kN / 300 kN
±0.5% (Class 0.5)
1/500,000 of FC
Force/Displacement/Strain
0.001 – 1000 mm/min (model dependent)
±0.1% of set speed
1000 mm (extendable optional)
1100 – 1400 mm (model dependent)
400 – 650 mm (model dependent)
Dual-column (5–100 kN) / Four-column (200–300 kN)
Servo motor + precision ball screw
Up to 5 kHz
110% electronic / 150% mechanical
220V AC (≤100 kN) / 380V AC (≥200 kN)
10 – 35 °C
≤ 80% RH (non-condensing)
PC-based advanced testing software
ASTM, ISO, EN standards compatible