Fatigue Testing/Impact Testing Systems
Fatigue Testing/Impact Testing Systems
- Materials Testing & Inspection
- Fatigue Testing/Impact Testing Systems
- EZ Test Texture Analyzer
- Long-Stroke Tensile Testing System For Vulcanized Rubber
- Tensile Testing System With Thermostatic Chamber
- Tensile Test Methods For Plastics: ISO 527 And JIS K 7161
- Tensile Test Methods For Plastics: ASTM D638
- Flexural Test Methods For Plastics: ISO 178 And JIS K 7171
- Flexural Test Methods For Plastics: ASTM D790
- JIS/ASTM Standard-Compliant Plastic Bending Test System
- Fully Automatic Rubber Tensile Testing System
- Fully Automatic Plastic Tensile/Bending Testing Machine
- Fully Automatic Tensile Testing System
- Material Testing Software
- Universal / Tensile Testing Machine
- Universal / Tensile Testing Machine Systems
- Universal / Tensile Testing Machine Software
- Universal / Tensile Testing Machine Consumables
- Fatigue Testing/Impact Testing
- Fatigue Testing/Impact Testing Software
- Hardness Testing
- Viscosity and Flow Testing
- High-Speed Video Camera
- Large Structural Material Testing
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Torsional Fatigue Testing Machines
T Series
These testing machines test the torsional strength characteristics of engines, turbines, and motors, and of shafts, couplings and clutches that transmit rotational torque used in automobiles, aircraft, carriages, electric motors, and machines.
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Testing Machine For Rubber Vibration Isolators
This instrument can measure and process the data of spring constants, damping coefficients and loss factors of viscoelastic materials from static status to high cycles up to 300 MHz. The thermostatic chamber permits testing in controlled temperature environments.
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Axial Force And Torsion Testing Machine
Evaluation Testing That Approximates Operating Conditions of Materials and Parts - Loading methods similar to actual usage - Allows simultaneous application of axial and torsional loads to samples
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Energy-Conservation Unit For Servopulser Hydraulic Power Supply Unit
ECU1/ECU2 Series
Up to 50 % energy savings. Contributes to reduced CO2 emissions and lower running costs. The conventional hydraulic power supply unit for fatigue and endurance tests is always driven at full power to achieve the maximum test force and maximum velocity and the hydraulic power supply unit is selected in order to satisfy the maximum test performance. Therefore, depending on the test conditions, energy is excessively consumed. With the ECU Series the motor rotational speed and the supply pressure of the hydraulic power supply unit can be set in multiple stages, so energy savings of up to about 50% can be achieved depending on the test conditions and test circumstances. It is used in combination with the Servo Controller 4830. (The Servo Controller 4830 is provided separately.) * Appearance and specifications are subject to change without notice.
