Electrodynamic Vibration Shaker Systems for Malaysia
TestLabs supplies electrodynamic vibration shaker systems for controlled sine, random and shock vibration test programmes. The suitable configuration depends on your specimen mass, fixture, required force, frequency range, acceleration, displacement, velocity, test axis and applicable test method. We support equipment enquiries for automotive, electronics, semiconductor, aerospace and general industrial applications in Malaysia.
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Local Technical Support
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1 Year Local Warranty
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Free Training
✳︎ Local Technical Support ✳︎ 1 Year Local Warranty ✳︎ Free Training
Electrodynamic Vibration Shaker Systems
An electrodynamic shaker converts a controlled electrical drive signal into mechanical vibration so a mounted specimen can be exposed to a defined test profile. A complete system normally includes the shaker, power amplifier, vibration controller, accelerometer feedback and the fixture or slip-table required by the specimen. TestLabs can help you define the equipment configuration around the product, payload, test severity and installation conditions rather than selecting a shaker from force rating alone.
Advanced Vibration Test Systems for Malaysian Industrial Hubs
The EDM series Electrodynamic Shakers deliver a wide frequency range (5 Hz to 3000 Hz), exceptional control indices, and high operational reliability. With an exciting force range from 10kN to 50kN and a maximum payload capacity of up to 1,000kg, these systems are built for the most demanding QA and R&D environments.
We supply and support critical manufacturing sectors across Penang's semiconductor labs, Selangor's automotive testing facilities, and Johor's heavy engineering hubs. Our systems ensure your products withstand real-world transportation, operational, and environmental stresses
- ✓ Sine Force Range: 10kN to 50kN for diverse payload requirements
- ✓ Advanced Isolation: Trunnion isolation design with double magnetic circuit
- ✓ Auto-Centering: Precision control system in air spring and electro-dynamic suspension
- ✓ High Reliability: MTBF exceeding 6,000 hours of continuous operation
- ✓ Low Noise: Fully digital power amplifier with -68dB noise floor
- ✓ Versatile Testing: Sine, Random, Classical Shock, and mixed-mode capabilities
- ✓ Multi-Axis: Easily adaptable for single-axis to multi-axis configurations
- ✓ Foundation-Free: Optional foundation-free design available for flexible installation
Calculating Force Requirements for Vibration Testing
Vibration testing requires profound structural mathematical clarity. When selecting a shaker for your facility, understanding the force calculation is critical. The required force (F) is determined by Newton's Second Law of Motion:
F = m × a
Where:
• F = Required Force (in Newtons or lbf)
• m = Total moving mass (Mass of test object + fixture + armature)
• a = Maximum required acceleration (in m/s² or Gs)
For instance, explicitly defining how force scales with different payload profiles inside your high-frequency multi-axis shaker setups ensures you select the correct EDM series model (from 10kN up to 50kN) to meet MIL-STD-810G or IEC 60068-2-6 compliance for your specific payload.
Comprehensive Testing for Diverse Industrial Applications
The EDM series is designed to handle a vast array of test objects, from precise electronic machinery to large automotive components.
Automotive & Transportation (Selangor & Kulim Hi-Tech Park): Car appliances, shock absorbers, power trains, collision prevention devices, vehicle charging piles, rail transport components, and tires.
Electronics & Semiconductors (Penang & Johor): Large batteries, PC cabinets, precise electronic machinery, control systems, and security devices (e.g., camera infrared thermal imagers).
General Industrial & Aerospace: Medical equipment, traffic lights, medium to large home appliances, motors, valves, compressors, and gyroscopes.
EDM Series Technical Specifications Matrix
| System Model | EDM-1000 | EDM-2000 | EDM-3200 | EDM-5000S |
|---|---|---|---|---|
| Sine Force Peak (kN) | 10 | 20 | 32 | 50 |
| Frequency Range (Hz) | 5–3000 | 5–3000 | 5–2500 | 5–2500 |
| Max. Acceleration (m/s²) | 981 | 981 | 981 | 981 |
| Max. Velocity (m/s) | 2 | 2 | 2 | 2 |
| Max. Displacement (mm) | 51 | 51 | 51 | 51 |
| Max. Load (kg) | 300 | 300 | 500 | 1,000 |
| Effective Armature Mass (kg) | 10 | 20 | 32 | 50 |
| Armature Diameter (mm) | 240 | 320 | 320 | 445 |
Advanced Control Infrastructure
To maximize the capability of the EDM series, our systems integrate seamlessly with advanced control hardware and software:
• Compatible Amplifier: VSA-H series Power Amplifier
• Vibration Controller: VT series Vibration Controller
• Software Capabilities: Comprehensive test profiles including Sine, Random, RSTD, Classical Shock, SoR, RoR, SRoR, SRS, Multi-Sine, Notching, FDR-LTH, FDR-TTH, Kurtosis, and Vibro-Shock.
Frequently Asked Questions About Electrodynamic Vibration Shakers
What is an electrodynamic vibration shaker?
An electrodynamic vibration shaker converts a controlled electrical drive signal into mechanical vibration so a mounted specimen can be exposed to a defined sine, random, shock or mixed-mode test profile. A complete system normally includes the shaker, power amplifier, vibration controller, accelerometer feedback and the fixture or slip-table required by the specimen.
How do I choose the correct force rating for a vibration shaker?
Start with the total moving mass: specimen, fixture, armature and any auxiliary tooling that moves with the shaker. Compare that mass and the required acceleration with the test frequency, velocity and displacement limits. Send TestLabs the specimen mass, fixture mass, centre of gravity, test axis and target profile so the engineering team can confirm the suitable configuration.
Can an electrodynamic shaker perform sine, random and shock vibration testing?
Many electrodynamic shaker systems can be configured for sine, broadband random, classical shock and mixed-mode tests, but the available profile depends on the shaker, amplifier, controller, fixture, payload and operating limits. Confirm the required test mode, frequency range, amplitude or PSD profile, pulse shape and control channels in the quotation request.
Can the shaker be used for MIL-STD-810 or IEC 60068-2-6 test programmes?
The equipment can be configured for vibration test programmes aligned with an applicable customer specification or test method, subject to the selected model, fixture, control system and profile. MIL-STD-810 is an environmental engineering and laboratory test-method standard that relies on tailoring to the item and performance requirement; IEC 60068-2-6 is a sinusoidal vibration test method. TestLabs should confirm the applicable revision, method, severity and acceptance criteria for each project rather than treating the shaker itself as universally certified.
What power infrastructure is required to operate an electrodynamic shaker in Malaysia?
Power requirements depend on the shaker force rating, amplifier, cooling arrangement, controller and selected test profile. Do not assume that one electrical specification applies to every model. Include the installation address, available supply, phase, voltage, frequency, site constraints and any cooling or foundation requirements in the RFQ so TestLabs can confirm the infrastructure and installation requirements for the proposed configuration.
What information should I send to obtain a vibration shaker quotation?
Send the product type, specimen dimensions, approximate weight, fixture or tooling mass, centre of gravity, required axis, sine or random profile, frequency range, acceleration or PSD, velocity, displacement, applicable standard or customer specification, available electrical supply, installation location and customization requirements. If the profile is not final, send the product datasheet and intended reliability or qualification objective.
Email sales@testlabs.my for a technical RFQ or use the TestLabs inquiry form.
Do you provide local support for vibration shaker equipment in Malaysia?
TestLabs handles equipment enquiries for customers in Malaysia, including Penang, Selangor, Johor and Kuala Lumpur. Confirm the exact scope of delivery, installation, commissioning, training, calibration, maintenance and after-sales support in the quotation. For Singapore or wider Asia projects, confirm the delivery location and service scope before placing an order.
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Localized Support for Malaysia's Industrial Hubs
TestLabs supports customers who need environmental and laboratory testing equipment in Malaysia. The current product information includes on-site support within Malaysia, operating training for staff, a one-year manufacturer warranty with service, and an optional two-year warranty arrangement. Online and on-site technical support is also stated for Malaysia and Singapore.
Customers in Kuala Lumpur, Selangor, Penang, Johor, and other Malaysian locations can contact TestLabs for application discussion, chamber selection, quotation, and support planning. Confirm delivery, installation, calibration, maintenance, and any site-specific requirements before purchase so the final scope matches the laboratory’s needs.
Request a Quotation
To recommend a suitable shaker, send the product type, specimen dimensions, approximate weight, fixture or tooling mass, centre of gravity, required test axis, sine or random profile, frequency range, acceleration or PSD, velocity, displacement, applicable standard or customer specification, available electrical supply, installation location, delivery timeline and customization requirements.