Randy Raisanen President/CEO
contact name: Randy Raisanen
contact job function details: ceo
contact job function:
contact job title: President/CEO
contact job seniority: c_suite
contact person city: Scottsdale
contact person state: Arizona
contact person country: United States
contact person zip code: 85260
business name: Noraxon U.S.A. Inc
business domain: noraxon.com
business facebook URL: https://www.facebook.com/NoraxonUSA/
business linkedin: http://www.linkedin.com/company/2625038
business twitter: https://twitter.com/noraxonusa
business website: http://www.noraxon.com
business angellist:
business found year: 1987
business city: Scottsdale
business zip code: 85260
business state: Arizona
business country: United States
business language: English
business employee: 29
business category: medical devices
business specialty: movement research, kinematics, motion force, 2d motion, kinetics, natural running, functional movement, surface emg, kinesiology, forcepressure distribution, gait analysis, motion pressure, 3d motion, strength conditioning, return to sport, 2d3d motion, muscle activation, human movement, return to play, medical devices
business technology: mailchimp_mandrill,gmail,google_apps,backbone_js_library,infusionsoft,woo_commerce,recaptcha,google_translate_widget,wordpress_org,act-on,bootstrap_framework,vimeo,multilingual,nginx,youtube,google_translate_api,google_font_api,mobile_friendly,google_maps,google_maps_non_paid_users,google_analytics
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business description: Noraxon continues its 25 year tradition of providing tools for Evidence-Based Biomechanics. Our patent-protected and FDA approved technology includes EMG, video capture, pressure/force and 3D motion analysis. Combining this hardware with the most powerful data acquisition and analysis software ever sepcifically developed for biomechanics, myoRESEARCH 3 (MR3), allows for straight-forward, synchronous and automated data collection.Through enabling a precise and reliable modular approach to a fully equipped and customized biomechanical lab, evidence-based research is supported across university, ergonomic, clinical and human performance applications.