Electrodynamic Shaker Sales & Repair
Trusted by global leaders in aerospace, automotive, and consumer electronics companies, Max Q Dynamics is your one-stop expert in electrodynamic shaker sales and repair. We've partnered with the biggest names in the industry to deliver the most advanced vibration test systems and controllers—ensuring that you get the best technology available today!
We Offer Both New & Refurbished Vibration Testing Tables For Sale
Max Q Dynamics supplies new and refurbished vibration testing tables for sale for all of your needs--(from 5,000 f lb to 67,000 f lb). We are a U.S. authorized distributor of TIRA, an elite tier German-engineered shaker system manufacturer. We certify all of the equipment that we supply. Let us know your requests by contacting us today!
Nationwide On-Site Electrodynamic Repair
Services
Our team of technicians are some of the best in the world. Other electrodynamic shaker repair companies are limited to only repairing the equipment that they supply, yet we fix and maintain all major brands and models including lesser known Chinese shaker machines. We are located in the U.S., so we can typically get to any of the 50-states within a few hours. Plus, we carry replacement parts on hand. Other competitors will have to order parts from overseas which can cause delays with getting your machine up and running fast.
Our Clients
FAQ
What is an electrodynamic shaker?
Electrodynamic shakers are essential tools in various industries, such as automotive, aerospace, and electronics, for conducting vibration tests on products. These devices use a combination of electric currents and magnetic fields to create controlled vibratory motions. By simulating the vibrations that products might experience in real-world conditions, they help engineers test the structural integrity, performance, and endurance of components.
The typical setup involves placing a test specimen on the shaker's platform, and then the shaker applies vibrations at various frequencies, amplitudes, and durations to assess how the component responds to different types of mechanical stresses.
How It Works:
Electromagnetic Principle: Electrodynamic shakers operate on the same principle as a loudspeaker, where an electrical current passing through a wire in a magnetic field generates a force.
Controlled Vibrations: The current can be varied to control the frequency and amplitude of the vibrations, allowing for precise simulation of different vibrational environments.
Key Components: A typical electrodynamic shaker system includes a shaker table, an amplifier to drive the shaker, a controller to set the vibration profile, and sensors to measure the vibrations.