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Company Profiles

  • MEST Logo

    Maryland Energy and Technology Systems, LLC

    Founded in 2009, Maryland Energy and Sensor Technologies, LLC. (MEST) focuses on developing functional materials and system integration for energy applications. In 2011, MEST became the exclusive licensee for the thermoelastic cooling technology through University of Maryland. 

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    Category:Engineering

    Established:

  • FlexEl Logo

    FlexEl, LLC

    FlexEl is a US based battery company that develops custom battery solutions for demanding applications that have a unique set of form factor, power, biocompatibility or toxicity requirements. 

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    Category:Engineering

    Established:

  • Ion Storage Systems, LLC

    Ion Storage Systems, LLC is a University of Maryland start-up created to commercialize an intrinsically safe, robust, low cost, and high energy solid state lithium-ion battery. Ion Storage Systems has licensed a solid-state lithium-ion battery technology and associated intellectual property which was developed in the University of Maryland Energy Research Center. The new design integrates high conductivity garnet-type solid lithium-ion electrolytes and electrodes into tailored micro- or nano- structures. The key ingredient of the new design is a surface coating that remarkably decreases the interfacial resistance of the electrode-electrolyte interface and improves the binding of lithium metal with garnet solid electrolyte. The result is increased discharge ability without mechanical cycling fatigue combined with improved thermal uniformity, strength, weight, and form factor. Fabrication processes that use conventional ceramic processing equipment in ambient air without the need of dry rooms, vacuum deposition, or glove boxes lead to significantly lower manufacturing costs. 

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    Category:Engineering

    Established:

  • MF Fire Logo

    MF Fire

    MF Fire licensed the Mulciber Stove, the first Automated Ultra-Clean wood stove. The Mulciber Stove uses a forced-air combustion system, a smart controller, and advanced combustion techniques to reduce emissions, boost efficiency, and simplify user experience. Traditional wood stoves rely on the fire to regulate combustion airflow, resulting in harmful particulate emissions, wasteful inefficiencies, and the need for constant user attention. In contrast, the Mulciber Stove’s forced-air system delivers air when and where it is needed. This innovation paves the way for many others, such as a unique two stage combustion, an advanced heat recovering exhaust system, and a smart-controller that continuously monitors conditions in the stove and adjusts combustion air. As a result, the Mulciber Stove burns cleaner, more efficiently, and without the need for the extensive user attention required in competitors models.

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    Category:Engineering

    Established:

  • Grip Boost Logo

    Grip Boost

    Engineers from the University of Maryland’s Chemical Engineering Department teamed up with former Terps tight end Matt Furstenburg, and Entrepreneur Businessman Harry Geller to develop a product that improves the tackiness of football gloves.

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    Category:Engineering

    Established:

  • Xcision Logo

    Xcision Medical Systems, LLC.

    Xcision creates site-specific stereotactic body radiotherapy (SBRT) solutions to treat cancer.

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    Category:Devices

    Established:

  • IGITech Logo

    IGI Technologies, Inc.

    IGI Technologies is a University of Maryland-based startup focused on delivering high-speed image registration solutions to clinicians. 

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    Category:Devices

    Established:

  • Harpoon Medical Logo

    Harpoon Medical, Inc.

    Harpoon Medical, Inc. is a development stage medical device company commercializing a minimally invasive, image guided surgical tool for beating heart mitral valve repair. The technology was developed in the division of Cardiac Surgery at The University of Maryland School of Medicine. 

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    Category:Devices

    Established:

  • Breethe Logo

    Breethe, Inc.

    Breethe, Inc. is a product development-stage company spun out of the University of Maryland, Baltimore in 2014 to develop and commercialize the world's first wearable artificial lung. 

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    Category:Devices

    Established:

  • Cook Medical Logo

    Cook Medical

    Cook Medical makes 16,000 products that serve 13 hospital lines and provides products to 135 countries.

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    Category:Devices

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