Sonex Health
Tanner Mellinger is a Sales Representative at Sonex Health, a position held since January 2023, following experience as an Associate Sales Representative at Bioventus from October 2021 to January 2023. Mellinger graduated from Medical Sales College in June 2021, completing 440 hours of medical device sales training while developing hands-on lab experience and a comprehensive CRM to support business growth. Prior roles include Suite Manager at the 12th Man Foundation from June 2016 to April 2021, Customer Service Representative at Enterprise from September 2016 to February 2021, and an internship at Texas Orthopaedic & Sports Medicine in 2018. Mellinger holds a Bachelor's degree in Health Services from West Texas A&M University and has earned multiple certifications in medical device sales and safety.
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Sonex Health
Sonex Health reduces invasiveness, improves safety, and lowers the cost of care through transformative ultrasound.“Refined simplicity” is the guiding principle behind Sonex Health. To drive efforts and innovations that result in elegant, effective solutions to some of the healthcare system’s most pressing needs. Mayo Clinic physicians DarrylBarnes, MD and Jay Smith, MD, and business operations expert Aaron Keenan founded Sonex Health in 2014. Sonex Health has developed the SX-One MicroKnife(R) with Meerkat Technology™ to treat carpal tunnel syndrome in a novel fashion, termed Micro-invasive Carpal Tunnel Release. This innovation allows a procedure that once took place in an operating room to be safely and effectively performed in a surgery center or office setting, resulting in rapid patient recovery, improved cosmesis, and reduced costs.The ultra-low-profile SX-One MicroKnife with Meerkat Technology is an innovative surgical device that enables physicians to perform Micro-invasive Carpal Tunnel Release surgery through a single micro-incision under ultrasound guidance, or with a traditional mini-open incision without ultrasound guidance. The SX-One MicroKnife utilizes a micro-incision that’s up to five times smaller than the incision made during traditional CTR surgery—an incision so small, it can be closed with a small adhesive bandage or strip instead of sutures or stitches. The result is a low-trauma surgical environment that has been associated with a more rapid recovery. Immobilization is unnecessary so patients can begin rehabilitation and get back to their jobs and lives.