Anders Olmanson had known since he was an undergraduate that he wanted to be an entrepreneur.
So leaving a stable job he loved at Medtronic to spend nine months traveling the world and learn about health care issues in countries like China, India and Vietnam wasn't totally out of character.
"That was my big leap," Olmanson said. "I could see my path at Medtronic was, 'OK, in like, 10 years, maybe I can start to go after the problems I want to go after.' Whereas [after traveling,] I thought, 'I can do it now.' And that was that."
The biomedical engineer eventually became the CEO and founder of REMastered Sleep, a startup based in Eagan with a product that aims to relieve snoring and might help those with sleep apnea.
The product is a nozzle, technically a myofunctional therapy device, that helps strengthen facial muscles, mouth and tongue. Drinking through the nozzle — attached to a long straw — from a cup, glass, bottle or tumbler strengthens airway muscles and reduces snoring, Olmanson said. "Drink water to improve airway health for better sleep," as his website says. (Water is the suggested healthy beverage option, as the company hasn't tested the nozzle with other drinks.)
Some 93% of snorers who took part in a study reported improvement in their snoring after one month of using the company's REMplenish Myo Nozzle, Olmanson said. His company received a $293,000 federal Small Business Innovation Research grant that has helped pay for research and development, nozzle design and a clinical study with the Mayo Clinic — which should begin in June — to see whether the nozzle benefits patients with mild to moderate sleep apnea.
The patented, Minnesota-made nozzle — available with or without a REMastered water bottle — went on the market in late 2020 with sales primarily through health care professionals. Olmanson now looks to step up direct-to-consumer sales and projects this year's revenue will hit seven figures. The company has six employees.
Olmanson began thinking about ways to improve breathing and airway health after observing a patient with severe obstructive sleep apnea. That was during a clinical immersion he took part in while completing his master's degree in medical device innovation at the University of Minnesota.