Reliable Electromagnetic Vibration Test Bench

Electromagnetic Vibration Test Bench – Reliable, Precise, and Built to Last

Looking for a top-tier electromagnetic vibration test bench to simulate real-world conditions? Meet the Derui Electromagnetic Vibration Test Bench—your go-to solution for accurate lab vibration testing, from sine and random vibration to dynamic mechanical stresses. Whether you’re testing electronics, automotive components, or aerospace parts, our vibration test system delivers consistent results with advanced features like stepless amplitude adjustment and uniform four-point excitation.

At Derui, we bring 15+ years of expertise manufacturing high-quality electrodynamic vibration shakers trusted worldwide. Our electromagnetic shaker tables are engineered to cut through interference, ensuring clean signals and precise vibration control. Backed by global certifications and unbeatable support, we help you catch early faults and boost product reliability.

Ready to take your vibration testing to the next level? Explore our product lineup and request a demo today.
Get started with Derui — where performance meets precision.

Core Features and Benefits of the Electromagnetic Vibration Test Bench

Our electromagnetic vibration test bench is packed with features designed to give you precise, reliable testing every time. Here’s what sets it apart:

Stepless Amplitude AdjustmentSmooth, continuous control lets you dial in exactly the vibration level you need—no jumps, no guesswork.
Anti-Interference CircuitryBuilt-in circuits minimize electrical noise, ensuring your test results stay clean and accurate.
Uniform Table Vibration via Four-Point ExcitationThe four-point drive system ensures even vibrations across the entire table surface, preventing hotspots or uneven wear on your samples.
Early Fault DetectionAccurate, stable vibrations help uncover faults earlier in your product’s lifecycle — saving time and money on recalls or repairs.

Performance at a Glance

Feature	Benefit	Why It Matters
Stepless Amplitude Control	Precise vibration tuning	Custom-fit testing for all products
Anti-Interference Design	Stable measurements	Clear data free from noise
Four-Point Excitation	Uniform vibration	Even stress to samples
Early Fault Detection	Faster problem finding	Better product quality

This performance edge makes our electromagnetic vibration shaker ideal for anyone needing a dependable vibration testing system — from automotive to aerospace labs.

Technical Specifications

Our Electromagnetic Vibration Test Bench is built to deliver reliable, accurate testing with industry-ready specs tailored for US market needs.

Specification	Details
Frequency Range	5 Hz – 5,000 Hz
Maximum Acceleration	Up to 50 g
Amplitude (Displacement)	Max 25 mm peak-to-peak
Load Capacity	Up to 100 kg (220 lbs)
Vibration Direction	Vertical and horizontal options
Power Supply	110V / 220V, 50/60 Hz
Compliance Standards	IEC 60068, IEC 62133, UN38.3

Customization & Safety Features

Customizable Configurations: Adapt vibration levels, table sizes, and multiple axes options to fit your product tests.
Safety Mechanisms: Overload protection and emergency shut-off for safe operation.
Anti-Interference Circuitry: Ensures clean signals and reduces noise for precise readings.
Built-in Diagnostics: Quickly identify faults early to avoid costly downtime.

This setup guarantees your lab or production line runs smooth, accurate, and up to compliance for electronics, automotive, aerospace, and more.

Applications and Use Cases

Our Electromagnetic Vibration Test Bench is built for real-world testing across multiple industries. Here’s how you can put it to work:

Electronics PCB Durability TestingEnsure your printed circuit boards hold up under constant vibration. Our vibration testing system simulates real-life conditions, helping you catch early faults before they hit production.
Automotive and Battery Compliance (UN38.3)Meet strict UN38.3 vibration requirements for battery transport safety. Our battery vibration tester replicates the shocks and vibrations batteries face during shipping, reducing risk and ensuring compliance.
Aerospace Structural IntegrityTest aerospace components for vibration resilience. The multi-axis vibration platform mimics the high-frequency vibration stress parts endure during flight, helping maintain safety and durability standards.
Case Study TeaserSee how a leading automotive manufacturer cut warranty claims by 30% using our electromagnetic shaker table for component vibration testing. We’ll be happy to share detailed results.
Integration with Data Loggers and Climate ChambersEasily link our sine/random vibration table with your existing data loggers and climate chambers for combined environmental testing. This brings you closer to real-life scenarios, all in one setup.

No matter your field, our electromagnetic vibration test bench is ready to help you deliver reliable products that stand up to vibration challenges.

Why Choose Derui?

With over 15 years of experience in manufacturing electromagnetic vibration test benches, Derui stands out as a trusted name in the U.S. market.

What Sets Us Apart

Feature	Benefit
Proven Expertise	15+ years delivering reliable, high-performance vibration test systems.
Global Certifications	Meets international standards ensuring safety and quality assurance.
Solid Warranty	Comprehensive coverage giving you peace of mind.
Customer Feedback	Positive testimonials confirm our commitment to satisfaction.
Custom Solutions	Tailored configurations to fit your unique testing needs.
Cost-Effective Options	Competitive pricing without sacrificing quality or features.

We design all our electromagnetic shaker tables, sine/random vibration test systems, and electrodynamic vibration exciters with U.S. industries in mind. Whether it’s battery testing, aerospace compliance, or PCB durability, Derui delivers dependable equipment that fits your budget and testing requirements.

Choosing Derui means partnering with a manufacturer who understands your local needs and guarantees quality support every step of the way.

Installation, Operation, and Support

Setting up your Electromagnetic Vibration Test Bench is simple with our clear, step-by-step installation guide. We also provide a quick-start video to get you running fast and hassle-free.

To keep your vibration testing system running smoothly:

Follow regular maintenance tips found in the user manual
Use genuine spare parts for replacements to ensure longevity
Schedule routine checks to avoid downtime

Need help? Our 24/7 technical support team is ready to assist you anytime. Plus, we offer live training webinars that cover everything from basic operation to advanced testing techniques, so you can get the most out of your electrodynamic vibration shaker bench.

Pricing and Purchasing

We offer flexible, tiered pricing models designed to fit different testing needs and budgets. Whether you need a basic electromagnetic vibration test bench or a fully customized dynamic vibration exciter setup, there’s a package for you.

Financing options are available to help spread out costs and make upgrading your lab vibration test equipment easier.

Ready to get started?

Request a quote through our pricing inquiry form
Contact us directly to discuss your specific test requirements and get a personalized offer

Explore related products like our electrodynamic vibration shaker and sine random vibration table to enhance your testing capabilities.

We’re here to help you invest smartly in reliable, US-compliant vibration testing systems that meet your exact needs.

Q: What is an electromagnetic vibration test bench used for?
A: An electromagnetic vibration test bench (or shaker) is used to simulate real-world vibration environments in a controlled laboratory setting. It’s essential for testing the durability, reliability, and structural integrity of products like automotive components, aerospace parts, electronics (PCBs), and batteries to ensure they can withstand vibrations during transport and use.
Q: How does an electromagnetic vibration test bench work?
A: It works on the principle of electromagnetism. An electrical signal (sine wave, random, or shock profile) is sent to a power amplifier, which drives a large current through a coil (armature) suspended in a magnetic field. This creates a force (Lorentz force) that moves the coil and the attached test table/platform, producing precise and repeatable mechanical vibrations.
Q: What are the key advantages of an electromagnetic shaker over other types?
A: Electrodynamic shakers offer superior control over a wide frequency range (typically 5 Hz to 5,000 Hz+), high acceleration capability (up to 50 g or more), and the ability to accurately replicate complex vibration profiles like sine, random, and shock. They are generally cleaner, more precise, and require less maintenance than hydraulic shakers for most high-frequency applications.
Q: What does “four-point excitation” mean on a vibration test bench?
A: Four-point excitation refers to a drive system where four electromagnetic actuators (one at each corner of the table) work in unison. This design ensures uniform vibration distribution across the entire test surface, eliminating “hot spots” and providing consistent, reliable stress to all test samples, which is critical for accurate and repeatable results.
Q: What industries commonly use electromagnetic vibration test systems?
A: Key industries include Automotive (testing components and UN38.3 battery compliance), Aerospace & Defense (qualifying parts for flight vibration), Consumer Electronics (durability testing for phones, laptops), Industrial Manufacturing, and Research & Development labs across various sectors.
Q: What should I look for when choosing an electromagnetic vibration test bench?
A: Key specifications to consider are: Frequency Range, Maximum Acceleration (g), Displacement (mm), Load Capacity (kg), whether you need Vertical or Horizontal orientation, and Compliance with Standards (e.g., IEC 60068, MIL-STD). Also, evaluate features like anti-interference circuitry, control software, and the manufacturer’s support and warranty.
Q: How do you ensure the accuracy of an electromagnetic vibration test?
A: Accuracy is ensured through regular calibration using reference accelerometers, advanced digital controllers that precisely manage the input signal, and built-in anti-interference circuitry to minimize electrical noise. Features like uniform four-point excitation also prevent data skew caused by uneven table motion.
Q: Can an electromagnetic vibration test bench perform multi-axis testing?
A: A standard vertical shaker tests in one axis. For multi-axis testing, systems are often used with a slip table (for horizontal motion) or configured into a multi-shaker setup. Some advanced integrated systems are designed specifically for simultaneous multi-axis vibration simulation.
Q: How important is anti-interference design in a vibration shaker?
A: Extremely important. Electrical noise from the power supply or surrounding equipment can contaminate the control and measurement signals, leading to inaccurate test results. High-quality shakers feature dedicated anti-interference circuitry to ensure “clean” vibrations and reliable data, which is crucial for compliance testing and early fault detection.
Q: What maintenance does an electromagnetic vibration test bench require?
A: Regular maintenance includes checking and tightening mounting bolts, inspecting cooling systems (air or water), monitoring armature bearings for wear, and performing periodic system calibration. Following the manufacturer’s schedule and using genuine spare parts is vital for long-term reliability and performance.