Vibrant Technology

Founded in 1991, Vibrant Technology is a leader in developing tools for post processing vibration and acoustic test data. Vibrant Technology software is used by structural testing and machinery maintenance professionals in a wide variety of industries.

ME'scope is designed to aid engineers and technicians working on vibration and acoustics troubleshooting, new product research and development, predictive maintenance, manufacturing quality control, and monitoring of critical machines and structures. ME'scopeVES is available worldwide through a network of sales representatives and hardware manufacturers.

What others say about ME'scopeVES:

"As part of the summer school program at Los Alamos, we conducted a modal analysis of a portal frame, which included data acquisition and analysis of the frequencies and modeshapes of the structure. ME'scope's modal analysis capabilities were truly amazing. It really added to the project to be able to see the animations of the modeshapes. Learning to use ME'scope really enriched the learning experience of the modal analysis project."

            
             Click Image To Stream                           Click Image To Stream 
   "Intro To ME'scope VES 5.0" Video          "Animation of Experimentally Derived
                                                                       Structural Resonances" Video

           
       Click Image To Stream                                 Click Image To Stream
"Animating Photo Realistic Models                 "Experimental Modal Analysis
                Made Easy"                                    Using Photo Realistic Models"
For More Info On Polytec Measurement      Modal test performed by Müller-BBM
Systems, Click The Following Link:
http://www.polytec.com/int/158_918.asp

Training Course

 Modal Analysis using ME'scopeVES

October 20-22, 2009 Scotts Valley, CA

A broad introduction to modal analysis, from basic definitions to advanced applications of a modal model. Featured topics include mode shapes vs. operating deflection shapes, single degree of freedom systems, excitation techniques, modal measurements, lab measurements, modal parameter estimation (curve fitting), Structural Dynamics Modification and Experimental FEA. Information and Enrollment Form: ModalCoursebrochure.pdf

SEE TRAINING SECTION FOR MORE DETAILS

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