Biometrics

New England Orthotic & Prosthetic Systems, based in Branford, CT, specializes in designing, fabricating, and fitting orthotics and prosthetics. Their services encompass lower and upper extremity prosthetics, pediatric prosthetics, spinal orthotics, cervical orthotics, halos, and more. The company distinguishes itself by offering regular seminars and educational demonstrations on its products. With a team of seven dedicated prosthetic and orthotic professionals, New England Orthotic & Prosthetic Systems in Branford ensures high-quality care and expertise for its clients. Generated from their available business information

New England Orthotic Prosthetic System (NEOPS) is a global leader in prosthetic and orthotic care, offering an unparalleled patient experience and superior outcomes compared to other providers. With a team of specialized experts in orthopedic surgery, physical medicine and rehabilitation, 3D printing, and biomechanical engineering, NEOPS provides comprehensive prosthetic and orthotic services for individuals of all ages, including sports bracing, pediatrics, and scoliosis. NEOPS clinicians have dedicated their careers to providing prosthetic and orthotic care, accumulating over 500 years of combined experience. As a result, NEOPS is equipped to handle any challenge and deliver top-of-the-line services, ensuring maximum quality of life for their patients. With a mission to provide patient-centered care and mobilize world-class clinicians, NEOPS is committed to delivering exceptional prosthetic and orthotic services.Generated from the website

With nearly 160 years of experience, Hanger Clinic is proud to bring you the best in prosthetic and orthotic care. Our dedication and expertise can help you regain your independence and pursue the activities that you love. We are committed to bringing you the latest in innovative orthotic and prosthetic technologies, specialized training, and superior care. Call our office to request a free evaluation, and experience our high quality care for yourself.