List of Medical Device Companies in Maryland - 24

Akrivita (formerly SeeTrue), a woman-owned company, specializing in microcapillary needles for precision microinjection. At AkriVita, we've developed the MultiPort Microcapillary Needle using advanced 3D printing and unique resin, ensuring precise and consistent needles. This innovative design eliminates recalibrations, reduces downtime and costs, and minimizes clogging. Our high-contrast needles offer consistent flow, improving the success rates of microinjection procedures. AkriVita provides biomedical scientists and healthcare practitioners with reliable tools that enhance outcomes, save time, and cut costs, enabling them to focus on advancing human health through discovery and innovation.

Medical device design and development. First patented product under development is BondTrue, which standardizes surgical closure for better wound healing. Unlike other closure techniques, BondTrue knows where the incision was made so it can precisely realign the wound back together, reducing wound complications, saving time and costs.

BrainCool Inc is an innovative medical device company that develops, markets, and sellsleading medical cooling systems for indications and areas with significant medical benefitswithin the healthcare sector. The company focuses on two business segments, Brain Coolingand Pain Management.

Clear Guide Medical is a leader in next-gen medical imaging fusion and navigation technology. Our vision-based approach has been introduced in a family of clinical guidance products, including the CLEAR GUIDE SCENERGY for instrument guidance and SCENERGY FUSION for ultrasound and CT/MRI image fusion. Our products make minimally-invasive interventions like biopsies, ablations, pain injections, and peripheral nerve blocks efficient and cost-effective. The company is a privately-held spinout of the Johns Hopkins Medical Institutions and The Johns Hopkins University based in Baltimore, Maryland.

Introducing CLR, a simple solution for suction and irrigation through indwelling catheters such as chest tubes. The patented CLR Irrigator is an ergonomic suction/irrigator that empowers easy, one-handed lavage and evacuation of fluid collections such as hemothorax. Our unique CLR Port can stay attached to the indwelling catheter, allowing standard drainage as well as clean access for repeated/delayed lavage without breaking the drainage circuit. When it comes to thoracic irrigation, the solution is cl__r!

CoapTech is bringing a series of breakthrough medical devices to worldwide markets, leveraging a patented, disruptive platform technology called the Point-of-care Ultrasound Magnet Aligned (PUMA) System. The PUMA Platform will disrupt multiple medical procedures, reducing health care costs, and improving efficiency, safety, quality, patient experience, and access to services around the globe. Invented by Dr. Steven Tropello, a Johns Hopkins-trained critical care physician, the PUMA System enables diagnostic, interventional and therapeutic procedures in hollow organs. The system combines magnetic attraction for device placement guidance, and ubiquitous, low-cost, point-of-care ultrasound for visualization in hollow cavities. Our lead device, the PUMA-G, selected because of its low risk, clear FDA pathway, and strong commercial viability, is for the insertion of Gastrostomy (feeding) tubes. PUMA-G enables a point-of-care (i.e. bedside, as opposed to operating room) procedure for inserting gastrostomy tubes which can be quickly and easily performed by non-surgical providers. By eliminating specialty suites and specialist consultants, PUMA-G will save hospitals money and improve efficiency and safety for this common procedure. PUMA-G has been validated in human anatomy, and has a streamlined regulatory pathway based on FDA presubmission feedback.

We're building scalable low-cost, high-performance diagnostics for infectious disease in communities, starting with Tuberculosis. Our mission is to create large scale diagnostics that can be used to test large samples such as those from food, water, environments and air to prevent infectious disease outbreaks. For all 7 billion of us.

Galen Robotics is developing a single-platform solution to aid surgeons across several disciplines with minimal disturbance to existing workflows. Our cooperative control paradigm aims to eliminate hand tremor and enable surgeons to realize precise minimally invasive interventions in otolaryngology, head and neck surgery, and tissue reconstruction that were previously considered beyond human capacity.

Developer of oral, gut-targeted polymer therapeutics for the treatment of metabolic indications such as type 2 diabetes, and other chronic conditions. The company is developing a lead drug, which is orally administered, non-absorbed, gut-restricted duodenal exclusion therapy designed to replicate the metabolic effects of bariatric surgery with safety-advantages avoiding invasive complications of surgeries and procedures.

IZI Medical is a prominent medical device manufacturer and distributor, specializing in minimally invasive diagnostic and therapeutic solutions. Founded in 1991 by a neuroradiologist and a radiation oncologist, the company is headquartered in Baltimore, Maryland. In 2022, IZI became part of Halma plc, operating as a standalone entity within Halma’s Healthcare sector. The company is dedicated to enhancing patient care through physician-inspired innovations and aims to improve the quality of life for patients. IZI Medical offers a diverse portfolio of 44 medical devices across four key markets: image-guided surgery, interventional oncology, interventional neuro and spine, and radiation therapy. Their products include tools for instrument navigation, tumor localization, and treatment planning systems. With over 100 active patents, IZI Medical emphasizes innovation in minimally invasive procedures. The company serves more than 2,500 hospitals in the U.S. and distributes its products to physicians in 35 countries, focusing on improving clinical efficiency and patient outcomes.

JuneBrain is an early start-up company based in the Washington, DC area. Our mission is to develop a telehealth eye-scanning system that allows clinicians to monitor patients with eye and brain disease outside of the traditional clinical setting, leading to earlier detection of new disease and improved monitoring of treatment efficacy. Though our mission begins in the eye care community, our long-term goal is to extend the use of our device into the broader neurological disease population, thus creating a pathway towards more frequent, widely accessible monitoring of eye and brain health.

At kallisio, we're on a mission to revolutionize head & neck cancer care by safeguarding patients against the harmful effects of radiation therapy. Our 3D printed patient-specific immobilization devices provide unparalleled protection to Organs at Risk (OARs) while allowing radoncs to deliver the highest effective dose of radiation treatment. In collaboration with MDACC, we've pioneered a groundbreaking, scalable, billable, and custom-fit solution for precise patient immobilization and tongue deviation. Our innovation aims to mitigate long-term side effects, including mucositis, xerostomia, and dysphagia. Interested in joining our mission to protect patients from radiation-induced harm?

At kallisio, we're on a mission to revolutionize head & neck cancer care by safeguarding patients against the harmful effects of radiation therapy. Our 3D printed patient-specific immobilization devices provide unparalleled protection to Organs at Risk (OARs) while allowing radoncs to deliver the highest effective dose of radiation treatment. In collaboration with MDACC, we've pioneered a groundbreaking, scalable, billable, and custom-fit solution for precise patient immobilization and tongue deviation. Our innovation aims to mitigate long-term side effects, including mucositis, xerostomia, and dysphagia. Interested in joining our mission to protect patients from radiation-induced harm?

Founded in 1998, Key Tech (www.keytechinc.com) is a high-tech product design and prototyping company located in Baltimore, Maryland. Our clients value our ability to create first-of-a-kind applications and solve challenging technical problems. A diverse mixture of electrical, mechanical, and computer engineers, as well as industrial designers and physicists, we specialize in transforming complex technologies into simple, intuitive solutions. Services Include: Product de-risking, Prototype and Full Scope Development, Industrial Design, Technology Development, Expertise on Demand, and solving the seemingly unsolvable.

For 45+ years, LKC Technologies has been making functional eye testing simple and practical for busy clinicians. The handheld, portable RETeval® ERG/VEP device aids in the diagnosis and management of ischemic conditions such as diabetic retinopathy, optic nerve conditions, and other retinal dystrophies by providing objective results without corneal contact.

Neurotron is a medical devices company that specializes in Neurometer CPT electrodiagnostic sensory nerve conduction threshold (sNCT) testing equipment.

Restorative Therapies is a medical devices company that provides revolutionary Functional Electrical Stimulation devices and therapies to help patients achieve their full potential.

Tracking System for MRI Guided Interventions

Senseonics, Inc. is a medical device startup company in Germantown, Maryland, USA (near Washington, DC) developing transformative glucose monitoring products that are intended to enable people with diabetes to confidently live their lives with ease. Utilizing breakthrough fluorescence sensing technology, the Senseonics continuous glucose monitoring ("CGM"​) system is being designed to be the first fully implantable CGM that is highly accurate and stable throughout its long sensor life. The system consists of a very small sensor implanted under the skin, an external transmitter, and a mobile medical application, which allows for discreet, easy access to real-time glucose measurements without the need for a dedicated receiver.

Sonavex, Inc. is a Baltimore-based medical device company originally spun out of Johns Hopkins focused on Empowered Patient Care. The company has developed a portfolio of novel ultrasound solutions that empower patient care by delivering critical visual and quantitative data to improve outcomes and reduce costs. EchoMark is a bioresorbable and highly echogenic (visible under ultrasound) implant used to mark at-risk blood vessels such that the site can be easily assessed for future complications. EchoSure is a deep-learning enabled 3D automated ultrasound device designed to be used by healthcare providers without ultrasound training to assess blood flow and morphology of vessels marked by the implanted EchoMark device. For more information, please visit http://www.sonavex.com

Sonogen Medical is a medical devices company developing next generation ultrasonic bone fracture healing technology, based on highly innovative applications of low-intensity pulsed ultrasound (LIPUS).

Sotelix Endoscopy is a privately held medical device startup focused on developing groundbreaking therapeutic endoscopy devices for minimally invasive treatments in the gastrointestinal tract. Sotelix Endoscopy is based in Baltimore, MD.

United Therapeutics Corporation is a biotechnology company focused on the development and commercialization of unique products to address the unmet medical needs of patients with chronic and life-threatening conditions. We currently have five approved products on the market, and a long-term mission of providing an unlimited supply of transplantable organs for those who need them! Our employees can be found collaborating across the United States, Europe and Asia. As a group, we are relentless in our pursuit of “medicines for life” and continue to research and develop treatments for cardiovascular and pulmonary diseases, pediatric cancers, and other orphan diseases.

Xcision Medical Systems, LLC is a medical technology company that has developed the GammaPod, an advanced stereotactic radiotherapy system with the potential to significantly improve the convenience and quality of life for patients with early-stage breast cancer. The company's technology is designed to extend the benefits of radiation oncology to more patients and enable precision noninvasive treatments that allow patients to return to living fuller lives more quickly with less discomfort after receiving a cancer diagnosis. The system has been developed based on a patent licensed from the University of Maryland School of Medicine.