Provider Webinars
BioWrap Smarter Wearable Technology®
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BioWraps Support PageBioWrap® Wearable Compression Electrode Technology
We are joined by Brad Siff, President, and Founder of BioWave. Brad will lecture about BioWraps Wearable Compression Electrode Garments.
BioWraps provide compression and support simultaneously while allowing the delivery of our high frequency stimulation into deep tissue. BioWraps can treat up to a 6X larger volume of tissue than conventional 2” diameter round gel electrodes and remove any guesswork as to the location electrodes should be placed.
Brad is the founder of BioWave and a member of the Board of Directors. His original concept for BioWave’s signal technology came from an inspiration he had while working as the Chief Operating Officer at a prior medical device company. Brad also worked for 7 years as Senior Vice President of Mergers & Acquisitions for Daiwa Securities with a focus on the Medical Device Industry. Brad received undergraduate and master’s degrees from Cornell Engineering and an MBA from Cornell’s Johnson Graduate School of Business. Brad’s Master of Engineering thesis was focused on a special project for the Hospital for Special Surgery.
BioWraps provide compression and support simultaneously while allowing the delivery of our high frequency stimulation into deep tissue. BioWraps can treat up to a 6X larger volume of tissue than conventional 2” diameter round gel electrodes and remove any guesswork as to the location electrodes should be placed.
Brad is the founder of BioWave and a member of the Board of Directors. His original concept for BioWave’s signal technology came from an inspiration he had while working as the Chief Operating Officer at a prior medical device company. Brad also worked for 7 years as Senior Vice President of Mergers & Acquisitions for Daiwa Securities with a focus on the Medical Device Industry. Brad received undergraduate and master’s degrees from Cornell Engineering and an MBA from Cornell’s Johnson Graduate School of Business. Brad’s Master of Engineering thesis was focused on a special project for the Hospital for Special Surgery.
