Volcano Capital

Summit Access is to commercialize simple, innovative solutions for improved efficiency and safety in interventional practices.The company's kits include a tapered, expandable, self-blunting needle and custom-tapered premium guidewire, enabling medical practitioners to perform interventional radiology, interventional cardiology and vascular surgery procedures in a better way.

MediQuire aims to transform the health of the Medicaid population by bringing together medical, behavioral, financial and social data and using advanced analytics to understand how to improve patient outcomes while reducing cost.

VENITI is the first medical device company developing a suite of innovative technology and solutions that will provide comprehensive treatment across the venous disease continuum. Venous disease refers to all conditions related to or caused by veins that become diseased or abnormal. This encompasses a broad set of maladies. The venous disease cycle begins when vein walls become weak or damaged, or the valves are stretched or injured, and can no longer prevent reflux (backward flow of blood). Once the veins lose their ability to convey blood without reflux, the progressive venous disease cycle has begun. This is commonly referred to as chronic venous insufficiency, or CVI. The blood will begin to back up into the peripheral veins, causing venous hypertension, potential thrombosis (clotting), and leading to even more damage of the vein walls and valves. This in turn leads to more reflux. The VENITI team of experts in science, technology and business are currently developing the VENITI VICI VENOUS STENT® System. Through this, and other, innovative technology, VENITI will achieve results that sets it apart in addressing the challenges specific to the venous system and venous disease.

Mercator MedSystems’ mission is to become a global leader in interventional, site-specific delivery of therapeutics that improve patient outcomes in vascular disease, oncology, and regenerative medicine. The 15th and 16th Centuries marked the beginning of the Age of Exploration, a time of bold action, vast territorial expansion and profound intellectual discovery. Gerardus Mercator (1512-1594), a mathematician and cartographer, played a key role in these ventures. He was as important to navigation as Copernicus was to astronomy. He perfected a map projection that was the first to represent the spherical surface of the earth in two dimensions. The Mercator Projection effectively transformed navigation, making it possible for ships to deliver cargo safely to any port on the globe. Inspired by the spirit of our namesake, Mercator MedSystems has developed a medical technology that enables the safe and accurate delivery of therapies anywhere in the body, ranging from drugs for diseased blood vessels, to stem cells that regenerate ailing tissues and organs. We believe this breakthrough will allow the expansion of medical therapy and stimulate profound intellectual exploration into new treatments for disease. We invite you to explore our web site, our technology and products, and to follow our progress to a new world of therapeutic delivery.

HydroCision develops, manufactures, and markets fluidjet based surgical tools for minimally invasive spine surgery requirements. Its products include SpineJet HydroSurgery System that is used to ablate, cut, and remove targeted tissue for spinal procedures, Spinejet, water-based technology solutions for minimally invasive spine surgery requirements, SpineJet HydroDiscectomy Systems, which are used to remove tissue without the risk of thermal energy for minimally invasive discectomy procedures, and AlloJet, systems to prepare bone allografts. The company also provides customer care services. HydroCision, Inc. was formerly known as Surgijet Corporation and changed its name to HydroCision, Inc. in November 1996. The company was founded in 1994 and is headquartered in North Billerica, Massachusetts.

Visionsense develops novel visualization solutions that bring natural stereoscopic sight to minimally invasive surgery (MIS). With advanced sensor technology and proprietary software, the Visionsense system delivers depth perception, 3D-HD resolution images and maneuvering flexibility through the smallest access diameters. Existing Minimally Invasive Surgery (MIS) vision solutions provide 2D (monocular) images that lack depth perception. This restricts the surgeon’s perspective limiting the ability to perform advanced MIS procedures. With stereovision capabilities, surgeons gain enhanced tissue understanding, improved hand eye coordination and the confidence to use advanced (articulating) surgical tools.