Vibration testing is a common method of testing used to determine an object’s durability. This method of testing involves exposing an object to specific vibration profile within a controlled testing environment. These vibration profiles mimic actual conditions the object will face during use.
Common applications for vibration testing include testing automotive parts prior to use, testing aerospace components prior to flight, and other applications that require this form of safety validation. In short, vibration testing is a necessity for products that face these conditions and deal with user safety.
The engineers at JTL America offer industry leading vibration testing services as well as a variety of other industrial testing solutions to ensure products meet necessary quality and safety standards. We possess the equipment, experience, and expertise to adequately test products against realistic environmental conditions, including a wide range of vibration frequencies.
Learn more about our vibration testing capabilities/standards or contact us for a fast quote (734) 772-1004
Vibration Testing Capability
JTL America’s ISO 17025 accredited vibration testing facility in Livonia can support your product development with state-of-the-art Unholtz-Dickie vibration tables with integrated environmental chambers capable of -50℃ to +180℃ at 10% to 98% relative humidity.
Our electrodynamic shakers include a single axis vertical shake table and a three-axis horizontal shake table capable of 8,000lbs force and +/- 2 inches stroke peak to peak. We can meet a wide frequency range from 5Hz to 3,000Hz.
Tests We Offer
Electrical and Electronic Components
Equipment Vibration Test
Shipping Vibration Test
Seat Evaluation Vibration Test
Battery Vibration Test
Package Vibration Test
Airborne Equipment Vibration Test
Powertrain Vibration Test
Interior Components Vibration Test
Development and Simulation Vibration Test
Vibration Lab Address
12250 Belden Ct. Livonia, MI 48150
RFQ via Email
Vibration testing services offered by JTL America can be performed with a combination of conditions.
Random vibration testing involves exposing a product to all frequencies at the same time. This type of vibration test is the most common, as it’s generally considered the closest replication to a real-world environment.
Sine vibration testing applies only one specific frequency at a time. This type of vibration test is used to isolate and understand a product’s response to one variable.
Sine sweep testing sweeps through both low and high frequencies. In other words, this tests the endurance of an object against frequencies of varying intensity.
Sine-on-random vibration testing is a “mixed mode” of testing. This means, the test is used to emulate the vibration environment of structures where there’s broadband and cyclic/narrowband energy.
Testing objects against shock pulses is different from testing them against vibrations. To put this in perspective, shock testing involves measuring an object’s ability to withstand short and intense bursts of force and/or temperature changes as opposed to consistent vibration frequencies. This type of test is commonly employed on objects that undergo significant amounts of handling & transportation. During transportation two common shock responses are pothole, and collision shock impacts.
Temperature shock testing measures an object’s durability against significant temperature changes. On the other hand, mechanical shock testing involves applying high levels of force to test the object’s physical durability and functionality after exposure to the test(s).
Testing a product against environmental conditions such as temperature is necessary to assess what type of conditions the product can withstand. For example, when certain devices are exposed to rapid and/or extreme temperature changes, the device may experience thermal shock. In other words, components of the object may expand/contract and cause complications. The test chambers used at JTL America accurately simulate any necessary condition that a device may encounter.
The combination of vibration and environmental testing provides a broader range of conditions to measure an object’s reliability. This is often necessary in order to accurately simulate realistic conditions the object may encounter. The testing facilities at JTL America possess the equipment, experience, and expertise to adequately test products against environmental conditions as well as various vibration frequencies.
The vibration testing fixture is a critical component to the test. Our engineers are experts in the evaluation of testing fixtures.
Resonance search, track and dwell testing (RSTD testing) is an important test related to the durability/fatigue testing of a product.
Vibration fixture design and build has always been challenging for test engineers. The fixture must be robust enough to hold the sample, and not deteriorate under normal testing conditions. Fixture must also be light enough to avoid excessive weight. In the design phase FEA analysis can help with the prediction of resonance prior to building the fixture. JTL America’s experts can help with vibration fixture design.
Common Vibration Testing Standards
|ASTM D999||Vibration Testing of Shipping Containers|
|ASTM D3580||Vibration (Vertical Linear Motion) Test of Products|
|ASTM4169||Standard Practice for Performance Testing of Shipping Containers and Systems|
|ASTM D47280||Standard Test Method for Random Vibration Testing of Shipping Containers|
|GMW 3172||Electrical/Electronic Components – Environmental/Durability|
|IEC 60068-2-6||Environmental Testing – Sinusoidal Vibration|
|IEC 60068-2-64||Environmental Testing – Random Vibration|
|IEC 62660-2||Reliability and abuse testing for lithium- ion cells|
|ISO 2247||Packaging – Vibration tests at fixed low frequency|
|ISO 8318:2000||Packaging – Sinusoidal vibration tests using a variable frequency|
|ISO16750||Environmental Conditions and Testing for Electrical and Electronic Equipment|
|ISO10326||Mechanical Vibration – Laboratory method for evaluating vehicle seat vibration|
|ISO 9022||Optics and optical instruments – Environmental test methods|
|JIS C 0040||Environmental Testing Part 2: Tests – Test Fc: Vibration (sinusoidal)|
|JIS D 1601||Vibration Testing Methods for Automobile Parts|
|MIL-STD-202||Test Method Standard for Electronic and Electrical Component Parts|
|MIL-STD-750||Test Methods for Semiconductor Devices|
|MIL-STD-810||Environmental Engineering Considerations and Laboratory Tests|
|RTCA DO-160||Environmental Conditions and Test Procedures for Airborne Equipment|
|SAE J1455||Electronic Equipment Design in Heavy-Duty Vehicle Applications|
|SAE J2380||Vibration Testing of Electric Vehicle Batteries|
Globally Accredited Testing Laboratories
The testing laboratories at JTL America are accredited by the ANSI National Accreditation Board (ANAB). Specifically, JTL America has been assessed by ANAB and meets the requirements of ISO/IEC 17025:2017 which is the global standard of quality for vibration testing services governing the operation testing laboratories.
This accreditation is publicly available on the ANAB website.
You can find a link to the official ISO/IEC 17025:2017 accreditation that was awarded to JTL America here.
Vibration Test Equipment
Shaker type: Electrodynamic
Vibration Types: Sine, random, sine on random
Axis: X, Y, Z
Sine Force (pk) : 8,000 lbf (35.6 kN)
Random Force (rms): 8,000 lbf (35.6 kN)
Shock Force: 19,000 lbf (85kN)
Usable Frequency Range: 5 to 3,000 Hz
Stroke: Up to 2″ peak-to-peak
Other notable features: Shakers can be temperature controlled with environmental chamber coupled with hot, cold and/or humidity
Temperature: –50°C to +150°C
Temperature Accuracy: +/-0.1°C to +/-0.5°C
Humidity: 10% RH to 95% RH
Humidity Accuracy: +/-1.0% RH to +/-5.0% RH
Test Space Dimensions: 44″(1118mm) x 44” x 44″
Temperature Ramp Rate:
Heating Rate 2.2°C/minute
Cooling Rate 1.0°C/minute
Components We Test
Frontward Arm Lateral Link
Interior Door Handle
Power Window Regulator
Side Tail Light