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Mark Campbell-Foster is the Director of Audiology Sales and Marketing. He joins Redux with more than 13 years of experience as an audiologist who has worked in both the clinical setting and in the hearing healthcare industry.  

Mark has a lifelong history of hearing loss and uses bilateral cochlear implants. As a child, he grew-up with hearing loss and worked with many wonderful audiologists and hearing healthcare professionals that influenced his life for the better. This fueled Mark’s desire to be an audiologist so that he could continue to be a voice and advocate for those with hearing loss. Mark joins Redux with the excitement of being able to bring better hearing care to thousands of patients every day, around the world.  

Mark holds a doctoral degree in Audiology from Northeastern University and a bachelor’s degree in Psychology, with a concentration in American Sign Language/Deaf Studies from the College of the Holy Cross.

What is Redux?

Redux is an ultra-efficient evaporation system that leaves hearing instruments sounding their best through complete and verified moisture removal.

Redux Launches NEW @Home Dryer

Redux @Home will achieve complete moisture removal like the Pro models, only in ~2 hours' time @Home where the patient can be most proactive in maintaining their hearing instruments' performance and reliability. Redux has done it again, developed and patented a completely new way of drying to achieve verified complete moisture removal, now @Home for the first time ever.

Redux Launches NEW ProLite for Hearing Care Professionals

The new Redux Pro Lite is the same professional dryer as the Pro with a new place to view data via free Redux app. The Pro Lite Bundle will include a preorder of four Redux @Home dryers to ship in June for the same price as the Redux Pro. The @Home dryer will resell for $399.99.

How does Redux remove all moisture?

1. First, Redux pulls a vacuum on the device to reduce the evaporation point of water.
2. Liquid turns to gas and is pulled out of the device.
3. A valve is opened to introduce fresh dry air into the chamber that pushes the vapors outside the system across a humidity sensor.
4. The process repeats until the humidity sensor confirms all moisture is removed.
5. The process stops and the amount of moisture removed is displayed on the screen.

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