RooSense LLC is developing an integrated wearable fabric to monitor sweat electrolyte levels to prevent illness and injury. There is a huge financial and physical cost for athletes that do not have proper electrolyte levels. Electrolytes are salts that are naturally part of body fluids. When an athlete sweats, electrolytes are lost through the sweat. If electrolytes are lost too quickly, the body does not have the ability to restore them as rapidly as they were lost. But drinking water isn’t enough, and too much water can further dilute your electrolyte levels. Sports drinks contain electrolytes such as chloride, sodium, and potassium to help replenish what was lost through sweat. Introducing electrolytes back into the body helps keep dehydration from occurring. Improper electrolyte levels can lead to cramping, dizziness, fatigue, and in extreme circumstances death such as in the unfortunate incident at the Cleveland marathon this past year. In fact, up to 20% of participants that start an endurance event do not finish due to improper electrolyte levels. An athlete’s hydration levels vary based on diet and weather so a “one-size-fits-all” hydration plan doesn’t work. The solution to this is a real-time monitor for electrolyte levels in sweat. The RooSense hydration monitor is a fabric sensor that can determine electrolyte concentration in real-time. Unlike its competitors, the sensor can be seamlessly integrated directly into clothing/gear that athletes are already wearing. An app that accompanies the sensor can tell athletes what to drink, how much to drink and when to drink it. No lab tests, no guessing, just on the go hydration information when athletes need it most.
Website: https://www.roosense.com/
At Renewable Carbon & Electric (RCE), we strive to make a difference in how energy is produced and how products are made, in order to shift to a more sustainable way of balancing our natural resources. Petroleum products and coal will never be completely replaced, but a balance can be created with more renewable resources to make humanity safer and to preserve the environment. It is our team’s belief that energy can be made from natural resources such as wood to produce energy that has a neutral carbon footprint, and by substituting raw materials made of wood for petroleum based materials currently used in the manufacture of products. Wood based products are cost-effective, environmentally friendly, and perform as good as or better than the oil based materials being used today. Although the founders of RCE come together through diverse backgrounds, each has a goal to reduce environmental problems faced by the world due to coal power. Founding members of RCE bring together a wealth of knowledge and networks they will utilize to grow RCE to an innovative leader in the field of wood product specialty manufacturing.
RCE creates client specific products through; development and analysis of client needs, consulting with industry experts on effective processes for maximum product benefits, and applying tried and true methods of manufacturing technology. RCE processes renewable biomass through a patented calciner which de-volatizes the material, thereby producing sufficient thermal energy to achieve the process with minimal external energy needed to perpetuate the cycle. Depending on the client needs the carbon that is left behind is manipulated for specific market requirements. The products RCE is capable of producing is far reaching through multiple market segments and represents several billion dollars in revenue. The growth rates in our chosen markets are projected to be in the double digits for the next several years. RCE has identified potential clients across several growth markets and is currently pursuing contracts with these clients.
The company received a $25,000 Innovation Fund A award in November 2015.
Okapi Medical is developing innovative polymer-based wound closure solutions with indications including high skin tension locations that are easier for surgeons to apply and provide aesthetically superior results for patients.
Compared to stitches and staples, Suture Glue is quick and easy to apply, causes no pain, and does not require a second removal procedure. Suture Glue outperforms other wound closure adhesives (Dermabond®, IndermilTM and Histoacryl®) by using a proprietary polymer that is more flexible, viscous and biocompatible, leading to easier application and better wound closure product is designed to allow the surrounding skin to bend and flex ensuring better wound closure and healing. This will expand clinical usage of adhesive wound closure products, as well as reducing costs through procedure time and follow-up suture removal.
NVeyeTech provides night vision equipment for portable applications. The company has recently demonstrated a night vision system for motorcycles. This system is an easy to use, aftermarket installation for all major motorcycle brands.
Valley View-based NuVention Solutions is working to commercialize a new technology that converts manure solids into bio oil, which then is converted into a variety of bio resource resin (BR2) products, including asphalt binders, roofing materials and fertilizer coatings.
In addition, the company cleans resulting liquid effluent using an algae bioreactor, making its manure management approach unique in that it's developing technologies to handle every component, solid and liquid.
Website: http://www.nuventionsolutions.com/
Nikola Innovation LLC's patented technology is evolving the standard bike pedal by maximizing the leg muscles and creating a new, more efficient pedaling motion. Nikola Innovation LLC, which is located at The Incubator at MAGNET, was awarded an Innovation Fund grant in November 2012 and is using the funding to engineer its two remaining prototypes.
Website: https://www.nikolapedals.com/
HotEnd Works has developed a 3D Printer capable of printing advanced materials, such as Alumina Ceramic, using a proprietary highly advanced thin film processing technique.
The company was founded in 2012 by Benjamin Becker and Jessica Whittaker to address a market gap in advanced material 3D printing. Their company aims to change the way that advanced materials, such as ceramics, are used today by making the materials more accessible to the engineering / design community.
HotEnd Works' 3D printer, the HDfab, uses proprietary high density deposition technology. This technology will allow for high performance 3D printed parts that will drive the cost of advanced material parts down, while performing at the level of today's traditionally manufactured parts. The 3D printing system will also reduce lead times from several months to days. HotEnd Works serves the aerospace / defense, general industry, and medical markets. The high performance nature of the materials produced from HotEnd Works' proprietary process has garnered the interest of several major government institutions. Several partnerships have been formed and current investigation into the feasiblity of replacing traditionally manufactured parts with HDfab 3D printed parts is underway.
The company won a $25,000 Innovation Fund A award in February 2016.
website: hotendworks.com
HolePatch is developing a cheaper, faster, and sustainable replacement to the cold patch method used by governments for patching potholes in the winter.
The HolePatch team consists of five students from Case Western Reserve University. The team won first place in both the St. Gobain Design Competition and IdeaLabs.
Hedgemon is a Cleveland-based startup developing a hedgehog-inspired, shock absorbing liner.
The comapny was founded in February 2015 and is developing a platform shock absorbing liner inspired by hedgehogs. Wild hedgehogs are agile climbers, scaling trees to heights exceeding 30 feet while foraging insects. When a hedgehog needs to descend from an above ground perch quickly–to escape an owl, for example–it will curl into a spikey ball and simply drop to the ground. Upon high speed impact, the hedgehog scurries away uninjured because the quills projecting from its pelt absorb shock.
Hedgemon’s patent-pending liner, which consists of elongate polymer elements projecting in various directions from a base material, emulates two key principles of the hedgehog model. The first is the overlapping layout of flexing quills, which enables adjacent quills to ‘domino’ into each other, facilitating omnidirectional energy dissipation. The second is the internal architecture of the quills, which facilitates elastic bowing under load, and therefore, multi-shock durability.
The initial target application for Hedgemon’s technology is an integral safety liner for football helmets to reduce risk of concussion. Other potential applications include but are not limited to body armor; running shoe soles; infant car seats; protective packaging for fine art; transport cases for sensitive equipment; vibration damping bases for airdrop pallets; fall protection flooring for nursing homes and daycare facilities; and furniture cushions.