About Us

Over 25 years ago, Kensey Nash developed what is now the leading arterial closure device in the world using resorbable collagen, synthetic polymer technologies, and device engineering expertise. Since then, Kensey Nash has extended those platforms into robust product development and manufacturing capabilities, allowing growth into the fields of sports medicine, orthopedics, cardiovascular, general surgery, and plastic surgery.  Today, Kensey Nash is uniquely situated to cultivate innovations in the resorbable biomaterials and medical device fields, providing tissue repair scaffolds that have the potential to change how we heal and how we live.  

Our unique approach to product development allows us to create customized tissue regeneration products for many clinical needs as well as the instruments needed to deploy them.  With several technology platforms under one roof, we can provide biologic grafts for soft tissue regeneration, collagen scaffolds that facilitate healing and self-repair within the body, and tailored synthetic polymer materials that support the repair of healing tissue then disappear over time.   

Our distinctive approach to delivering products to the market allows us several opportunities to realize our vision of Regenerating Medicine. We are able to work closely with clinicians and partners to develop new technologies that fill gaps in current standards of care, as well as meet the manufacturing needs of our sales partners for high quality devices and resorbable parts. We encourage you to continue exploring our website to learn more about our capabilities, products, and clinical impact.

At Kensey Nash, we seek to extend the capabilities of physicians and to transform the quality of life for patients. We recognize the importance of cultivating relationships with clinicians and partners to bring important medical advances to the patient. We believe in the power and potential of medical technologies, as well as the body's natural abilities for healing. In these ways, Kensey Nash is Regenerating Medicine.