Page 60 - Shimadzu Dynamic and Fatigue Testing Systems

High-Frequency Induction Heat Testing Systems with Sample Observation Functions
High-Temperature Testing System
Steel, Metals, Machines R&D R&D
High-Temperature Fatigue Testing Machine with 0.2mm
For Thermal Fatigue and High-Temperature Low-Cycle Testing Scanning Electron Microscope
of Various Materials SEM Servopulser
Equipped with a high-frequency heating unit capable of rapid heating and a servo cooling gas injection
This shows an example of observing EHF Series Electric Hydraulic Dynamic and Fatigue Testing System
unit capable of rapid cooling, the system allows performing high-accuracy temperature cycle testing. Real-Time Observation of Microscopic Fractures in the Surface of Samples the fracture behavior of an aramid
Supports high-temperature low-cycle fatigue testing, thermal fatigue testing in combination with a cooling fiber-reinforced plastic (AFRP) material
in real time during a 3-point bending
unit, high-temperature low-cycle testing or thermal cycle simulation testing in a vacuum or inert gas This testing system combines a scanning electron microscope (SEM) with a Servopulser test in a low-vacuum environment at
environment in combination with an atmospheric control unit, crack propagation testing or fracture electric-hydraulic servo fatigue testing machine. It allows observation of microscopic surface room temperature.
toughness testing using CT or CCT samples, superplastic testing or other hot working testing, creep fractures on samples in real time, over a wide range of temperatures.
testing, thermal ratchet testing, and overheating testing.
The SEM microscope is integrated with the main testing machine unit to maximize vibration resistance. Fatigue Testing Machine
Crack propagation tests can be done while observing samples with the SEM microscope. Key Specifications
Key Specifications
Cyclic loads can be applied to samples at temperatures ranging from room temperature up to 800 °C. Maximum test force 10 kN (varies depending on the jig used)
Temperature range +100 to +1200 °C
Allows the SEM field of view to be aligned with the deformation area when loading samples
From room temperature to Maximum stroke +10 mm in tension or -10 mm in compression
Max. heating rate during testing. (-5 mm for high-temperature testing)
1000 °C in 70 sec or less
Applicable testing machines E-Series Servopulser Cycle speed 0.001 to 5 Hz (sine wave)
Requires Controller 4890 for Test waveforms Sine, triangular, ramp, and trapezoidal waveforms
thermal fatigue testing.
Test temperature R.T. +300 to +800 °C (higher temperatures are optional)
Scanning Electron Microscope
Microscope Specifications
Resolution 3nm(30kV) EMT/NJ-SERVO/MMT Series Electric Hydraulic Dynamic and Fatigue Testing System
Magnification settings From 5x to 300,000x, with automatic digital magnification display
Vacuum (or Gas) Atmospheric Observation images Secondary electron image and reflected electron image (optional)
Control Testing System
Steel, Metals, Machines R&D
For Evaluating Fatigue Strength or Crack Propagation Characteristics Flat sample Heating coil Testing Jig (with water-cooled jacket)
of Various Materials in a Vacuum or Purge Gas (Ar, He, or N2) Atmosphere
This is used to heat samples to high temperatures in various atmospheres. Both an internally heated type (with the
heater inside the chamber) and externally heated type (with the heater outside the chamber) are available to
support various types of testing. The internally heated type allows testing at temperatures up to 2000 °C in a
vacuum or inert gas atmosphere. The externally heated type allows testing in various corrosive gas atmospheres.
Creates a vacuum (10 Pa level) or purge gas (Ar, He, or N2
-4
gas) atmosphere.
The chamber is constructed of corrosion-resistant stainless steel.
A large chamber interior and access door make it easier to
put on or remove samples.
It can also be used in combination with a high-frequency Flat Plate Testing Jig 3-Point Bending Test Jig High-Temperature Testing Machine (300 to 800 °C) Servo Controller 4830 Controller for Dynamic and Fatigue Testing Systems
heater type high-temperature testing machine.
Main Specifications
Ultimate vacuum pressure 10 -4 Pa level
Internal dimensions Ø360×H280mm Air-Servo Microfocus X-Ray CT System
Front door 360 mm dia., inspection window 110 mm dia.
Note: Contact Shimadzu for further details. For Understanding the Complicated Localized R&D
Phenomena of Materials

Thermostatic Water Immersion Testing System By combining the Air-Servo Mini pneumatic dynamic and fatigue testing system with
an X-ray CT system, it becomes possible to observe crack propagation
three-dimensionally and obtain 3D crack data. This 5 kg weight compact fatigue testing
For Research and Development of Biological and Biological Material R&D machine is capable of tensile and compression test loads up to 1 kN. Shimadzu Microfocus X-Ray CT System
inspeXio SMX-225CT FPD HR
Dental Materials and Food-Related Materials
The loading frame is made of polycarbonate, which offers low X-ray absorption.
This testing system is used to test biological, dental, or food-related materials immersed in circulating water (or Observes the fatigue status of bones, resin samples, etc. under cyclic tensile or
saline or other solutions) thermostatically controlled to a constant temperature. compression loads.
3D CT Image of
Achieves sharp CT images of cracks with sub-micron accuracy. Cracks as They Propagate Various Dynamic Testing Systems

Main Specifications
Test temperature +10 to +40 °C Dynamic and Fatigue Testing System for XT CT Imaging Air-Servo Mini
Includes fixed type compression plates.

Note: Contact Shimadzu before using a non-aqueous solution or a jig other than compression plates.

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