Commissioned Evaluations
We offer the latest in test systems and infrastructure to meet our customer base's diverse set of needs, accommodating everything from fatigue testing for various materials and products to static and dynamic characteristic testing and full-sensory evaluations utilizing our driving simulator technology.
Advantages of Commissioning Saginomiya to Conduct Evaluations
01Data Quick and at Low-Cost
Our expert staff can assist you with all your equipment operational needs, including test specimen attachment or removal, giving you swift and efficient access to your desired data.
02Fatigue Testing that Mimics Reality
Consult with our experts about how best to recreate realistic fatigue scenarios using load direction, height, or restraints for test specimens.
Overview of Facilities and Equipment
Here is a selection of our offerings here at Saginomiya.
Please consult with us to see how we can help you meet your objectives through these systems or our other test systems.
DXH DiM (Driving Simulator)
This driving simulator enables the user to evaluate the dynamic and control characteristics of vehicles as a form of Model-Based Design (MBD).
Testing Examples
Vehicle Development
1. Evaluation of Vehicle Handling Stability Performance 2. Evaluation of Straight Running Stability 3. Sensory Evaluation of Acceleration/Deceleration 4. Evaluation of Ride Comfort
Foundational Research
1. Sensory Parameters 2. Driving/Neuroscience
Tire Modeling Research
1. Stability Performance Evaluation 2. Circuit Driving Evaluation 3. Ride Comfort Evaluation
KCH Elastomer Test System
Capable of measuring dynamic characteristics for engine mounts and other anti-vibration rubber components at frequencies of up to 3kHz.
Testing Examples
Testing Categories
1. Static Spring Test 2. Dynamic Characteristic Spot Test 3. Dynamic Characteristic Sweep Test
Measurement Categories
1. Storage Spring Constant 2. Loss Spring Constant 3. Absolute Spring Constant 4. Phase 5. Dissipation Factor 6. Extinction Coefficient 7. Dynamic Displacement 8. Dynamic Load 9. Average Displacement 10. Average Load 11. Dynamic Amplification Factor
ASH Linear Shock Absorber Test System
This system's linear motor actuator drastically reduces the waveform distortion rate at low-speed and low-amplitude ranges, opening up a wide array of potential data measurements for its users.
Testing Examples
Measurement Categories
1. Static Spring Test 2. Dynamic Characteristic Spot Test 3. Dynamic Characteristic Sweep Test
Measurement Categories Damping Force Characteristics
1. Damping Force F-V 2. Damping Force F-S 3. Damping Force F-T 4. Frequency F-V 5. Temperature F-S
HMH High-Speed Material Test System Load Sensing Block Type
This system is capable of assessing material strength in collisions by measuring stress-strain characteristics. It covers a wide range of strain rates, from quasi-static to high-speed deformation. This new system replaces the conventional Hopkinson Bar method and dramatically reduces measurement time.
Testing Examples
Testing Categories
1. Time-Load Curve 2. Time-Displacement Curve 3. Load-Displacement and Nominal Stress-Strain Curves 4. True Stress-Strain Curve
Measurement Categories
1. Displacement 2. Load 3. Elongation 4. Elastic Modulus 5. Yield Stress 6. Tensile Strength 7. Breaking Force 8. Breaking Strength 9. Impact Absorption Energy
LMH Micro Load Test System
This test system is capable of determining micro load-displacement characteristics and can perform tests with displacements ranging from ±1 µm displacement and loads from ±1 N. It is designed to both evaluate the fatigue strength of joints in soldering and adhesive materials and determine the static properties of micro-scale test specimens.
Testing Examples
Testing Categories
1. Low-Cycle Fatigue 2. High-Cycle Fatigue 3. Station Tension and Compression
Measurement Categories
1. Displacement 2. Load
LFH Electric Servo Fatigue Test System RFH Electric Servo Torsional Test System
This system is capable of testing durability and performance by repeatedly applying loads of various waveforms, including sinusoidal, triangular, trapezoidal, and square waves, to various materials and products.
Testing Categories (LFH)
Testing Categories
1. Frequency-Displacement Amplitude 2. Frequency-Load Amplitude
Measurement Categories
1. Displacement 2. Load
Testing Categories (RFH)
Testing Categories
1. Frequency-Angle Amplitude 2. Frequency-Torque Amplitude
Measurement Categories
1. Angle 2. Torque
Process for Commissioning Evaluations
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Contact Us
Please do not hesitate to contact us.
One of our supervisors will be happy to help you. -
Test Details Confirmation
We will review the test specifications and provide you with a quote.
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Test Sample Delivery
Send test samples, jigs, and test parameters to the Saginomiya Seisakusho Sayama Plant.
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Testing
We will implement the requested test(s) after receiving the test sample.
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Test Data Provision
We will deliver test results to you as data.
Disclaimers
- We cannot guarantee the outcome of any tests, regardless of the customer's expectations.
- We will not be responsible for any damages resulting from the use of test results.
Guide to Testing Facilities
Saginomiya Technical Laboratory
Saginomiya Seisakusho Sayama Plant
535 Sasai Sayama-shi, Saitama 350-1395
Inquiries about test systems
If you have any questions or need more information, please contact us.