Page 14 - Automotive Solution for Automotive

Fatigue/Endurance Testing Machine for Various Materials and Compact Parts
EHF-EM/EV Series Servopulser Fatigue and Endurance
Testing Machine
This standard series, typical of the lineup of
Shimadzu electrohydraulic servo-type fatigue
testing machines, boasts an extensive track record
and consistent performance. It can cover static
testing to fatigue tests.
Maximum Test Force : Dynamic ±50, ±100, ±200 kN fatigue, and sealing characteristics in low- to
Maximum Stroke : ±25 mm, ±50 mm
Waveform : Sine, triangular, rectangular,
ramp,haversine
Control : Test force, stroke
Thermal Fatigue Testing of Engine-Related Tubing Materials Internal Pressure Fatigue Testing of Pipes etc.
Thermal Fatigue Testing Machine
This testing machine is capable of temperature
cycle testing at high control precision. The strain
constraint ratio can be set to any value by
synchronizing the temperature waveform with
the strain control waveform (triangular,
trapezoidal, or program wave). As a result, this
testing machine is ideal for thermal fatigue
testing of engine-related tubing materials,
including mufflers, exhaust manifolds, and
exhaust pipes. It is compatible with the Fatigue
and Endurance Testing Machine EHF-E Series.
Dynamic Properties Evaluation of Rubber Vibration Isolators Fatigue/Endurance Testing of Compact Electronic Components
Rubber Vibration Isolator Dynamic Characteristics
Testing Machine
This testing machine can calculate
the properties of viscoelastic
materials from a static state to
high cycles (max. 300 Hz). It can
simply measure spring constant,
damping coefficient, and loss
coefficient. It also accommodates
testing under
temperature-controlled
environments in thermostatic
chambers.
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Various Test Jigs Used for Precision Universal Testing Machines
Gasket Compression Testing Machine for Cylinder Head
Precision Universal Testing Machines
Gaskets are widely used as automobile materials
because they provide air and water tightness. So
numerous performance properties including heat,
pressure, and chemical resistance are required of
gaskets.
This testing machine can obtain compression,
high-temperature environments. Static and
dynamic tests are supported by the Precision
Universal Testing Machines and Fatigue and
Endurance Testing Machine, respectively.
Internal Pressure Fatigue Testing Machine
This testing machine can apply loads using a sine
wave of max. 10 Hz and max. pressure of 250
MPa on pressure sensors and pipe materials. To
raise the number of test cycles, the internal
generator is designed in a non-sealed structure,
and the gap between the pressure intensifier and
special surface treated plunger is controlled to
several µm. (Also available are testing machines
that support a maximum pressure of 300 MPa.)
MMT Series Electromagnetic Force Micro Material
Testing Machines
This series of testing machines adopts an
electromagnetic servo actuator to enable
fatigue testing of compact parts in the
micro test force range. 10 N, 100 N, and
250 N models are available.
45° Peel Test Jig for Printed Circuit Boards Shearing Test Jig for Electronic Components
This test jig is for peel testing of electric and This test jig is for shearing testing of electric
electronic components on printed circuit and electronic components mounted on
boards. It also supports test methods for printed circuit boards. The position of the
lead-free solders (JIS Z3198-6). specimen is determined by the X-Y stage.
Three-/Four-Point Bending Test Jigs for Printed Circuit Boards Cyclic Bending Test Jig for Printed
Circuit Boards
Bending test jigs for printed circuit boards and
printed circuit boards mounted with This test jig is for cyclic bending tests of
components. printed circuit boards. Properties such as
resistance fluctuations due to the application
of cycle loads can be observed.
Strength Test Jig for Surface Mounted Components
This jig is for body strength bending tests of
Punch Specimen
surface-mounted components based on JEITA
(Japan Electronics and Information Technology
Industries Association).
Environmental Resistance Evaluation of Electronic Instrumentation Components
WET-SPM Series Environment Controlled Scanning Probe Microscopes
This series of microscopes can observe changes in the surface shape of specimens at a high magnification of
several tens of thousands while controlling temperature and humidity. This makes it ideal for analyzing electronic
instrumentation parts and various other parts for automobiles under various environmental conditions.
Evaluation of Voids in Solder
inspeXio SMX-225CT Series Microfocus X-Ray CT System
Quality can be controlled by inspecting the electronic printed circuit boards used inside automobiles or in the
harsh environment of the engine compartment. In particular, discovery of the amount of solder under mounted
components and air bubbles in the solder can help minimize defects such as cracking due to heat and vibration.
Air
Bubbles
Fluoroscopic Image of Solder CT Image of Solder on Printed CT Image of Solder Deficiency inspeXio SMX-225CT FPD HR Plus
Sections Circuit Board and Air Bubbles in Solder
Suspension and Other Power Engines, Motors, and Lithium-Ion Rechargeable Electronic Instrumentation
Bodies and Interiors
Transmission Systems Power Sources Batteries and Fuel Cells Components
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