Page 5 - Material Testing Machines

Dynamic and Fatigue Testing

Machine (Servopulser Series)

• Electric, hydraulic, pneumatic and ultrasonic type systems for
fatigue and fracture analysis.
• Combination of high-rigidity load frame, low friction
actuators, powerful controller and easy to use software makes
smooth and accurate test analysis.
• Powerful 4830 controller features World best performance:
24 bit high resolution, 40 KHz fast sampling and 10 KHz fast
feedback, auto tuning and auto gaining.
• Gluon 4830 software for fracture toughness
• ASTM E647-13, ASTM E399-12, ASTM E1820-11, ISO
12108-2012, ASTM E813-89.
• Special Instruments include Ultrasonic Fatigue Testing
Machine, High Speed Tensile / Impact Testing Machine,
Hyraulic Jack Systems, Electormechanical Actuators etc.

High Speed Impact Testing

Machine (Tensile or Puncture)

• State of the art machine for research on Plastics and Composites
for their behavior against High Speed impact (Tensile or Puncture) Video
• HITS-TX (High Speed Tensile testing) for Tensile analysis and And
HITS-PX (High Speed Puncture testing) for puncture analysis
• Capable of speed control from a very wide range of 0.0001 m/s
to 20m/s (72km/hour) For HITS-PX : 1m/s to 20m/s
• Excellent vibration resistant design and powerful software enable
the best accurate test results (Load cell : 10KN)
• Optional thermostatic chamber for temperature dependency
test(-40 to 150 c)
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• Related Standards include ISO 6603-2 :2000 and ASTM D3763-06

Ultrasonic Fatigue Testing machine

• High Cycle fatigue testing system (20KhZ) provides most time
and coef cient test procedures for reliable service life data
• 10 Cycle can be completed with in 6 days (400 times faster
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comp aired to 50Hz cyclic testing)
• Supports R&D Activities in Automotive, Railway, Aerospace
application
• Generates stress amplitude in a specimen by resonating it with
20 kHz longitudinal wave oscillation
• Range of test amplitudes 100 MPa -1200 MPa (1000 MPa
grade steel tests are possible)
• Resonance technique reduces power consumption to 1/100 W
compared to conventional fatigue test.
• No Oil or Cooling water required.
• Availability of mean stress model

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