Frequently asked questions.

CAN YOU SUMMARIZE THE TECHNOLOGY BEHIND IT?

The medical device will utilize a deep technology (thin film thermoelectric coolers) and a novel compression mechanism to deliver custom treatment based on the needs/pains of the wearer. Because it is an electromedical device we can pinpoint temperatures, durations, cycles, and automate the entire treatment process. One day the user could run heating cycles to warm up (pregame/prework) and then run cooling cycles post-performance to optimize recovery all while having precise control over temperatures, duration, and compression.  The device will be a 1st of its kind wearable capable of contrast therapy on a second by second basis (from 45F to 115F). New data and insights can be discovered via adding sensors (i.e. HRV) to collect, store, analyze, biometric data.

WHO WOULD USE A WEARABLE DEVICE LIKE THIS?

Anyone that is looking for long-term pain relief without a pill. No creams or disposable patches. No visits to a clinic 3 times a week for PT. If you are looking for a safe, daily wearable technology that can heat and cool for any type of chronic or acute pain then this is for you. In addition to that, the wearable will provide a soft compression with its fabric to keep the heating and cooling effect right where you need it most.  If you want even more compression, the wearable has a click by click dial to ratchet up the compression if you're looking to reduce swelling anywhere from the lower thigh to the ankle. Biometric data collection, insights also may prove valuable to user.

Naturally athletes and the military (our founder was a Marine Infantry Squad Leader from 2003 to 2012).

High impact exercisers, post-surgical rehab, arthritis sufferers, the applications are endless.

HOW WILL IT IMPACT THE HEALTHCARE SYSTEM?

It would eliminate the need for in-clinic visits to gain the benefits of these modalities, which decreases cost for the end-user, and increases the likelihood of compliance to treatment/recovery.

Currently this type of treatment can only be given in a clinical setting with trained personnel on equipment that currently costs of 20x the price of this wearable. It expands access, is customizable for various ailments, and is safe using patent-pending technology.

WHO FACES THIS PROBLEM THE MOST?

Treatment of acute and chronic pains that require a form of R.I.C.E. (Rest, Ice, Compress, Elevate) or heating and compression to provide pain relief / optimal recovery.

Sports Medicine

Post-surgical recovery

HOW MANY FOLKS MAY USE SOMETHING LIKE THIS?

500,000 competitive athletes annually

8 million + Americans that are seriously injured annually during high impact exercise, training, etc.

20 million + American living with chronic pain

Global market expected to reach $30bn by 2024 - TechCrunch

US market competitors in sports medicine device market have revenues between $30m - $150m annually

WHO WOULD PROHUMAN TECH COMPETE WITH IN THE MARKET?

GameReady - The closest competitor to us, they focus on stationary (in the clinic, locker room, post-surgery) devices that provide a mix of heating and cooling. https://gameready.com/

TheraGun - Basically a jack-hammer for your muscles, not the most comfortable thing for pain relief and optimal recovery. Prohuman's advantage is the safe and comfortable relief that comes with its hands free use and mobile application. https://www.theragun.com/us/en-us/home

HyperIce - Lightly tech enabled heating pads and ice bags for recovery and pain relief, although they have significant professional athlete investors. Prohuman's wearable is next-gen patent-pending tech that makes it much more customizable, convenient, reusable, and we can add in biometric data collection to boot. https://hyperice.com/

NormaTec - Air compression for legs/arms, meant for recovery. Prohuman's wearable provides more customizable compression and is mobile. https://hyperice.com/normatec

WHO’S ON THE TEAM?

Justin Dues - Inventor, Leader, and recent MBA from UNC Charlotte. Prior startup experience and team building.

Dr Nigel Zheng - Professor of Biomechanics at UNC Charlotte. Degrees in Mechanical Engineering and Engineering Science 

Shannon Jegla - Doctorate of Physical Therapy, Mayo Sports Clinic fellowship, provides insight into pain therapeutics.

Matthew Turner - Doctorate of Physical Therapy, Multi-site director of Phoenix Rehab, provides insight into clinical applications.

Tyler Lesher - Athletic Trainer for NCAA Div I, provides platform access to competitive athletes.