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Tissue Regeneration Suppliers & Manufacturers
107 companies found
based inDidcot, UNITED KINGDOM
We design, develop and manufacture nanofibrous biomaterials for medical devices and regenerative medicine. Our technology platform is built on electrospinning and associated processing technologies. We are supporting clients with material ...
Significant advances in recent years mean that cell therapy is becoming a clinical reality. The unique characteristics of electrospun materials, including scaleability, minimal immunogenicity, regulatory familiarity and the ability to create a ...
based inSofia, BULGARIA
Founded in 2014, in Sofia, Bulgaria, EOS MEDICAL SOLUTIONS has been providing products and services, to the Orthopaedic, Spine, Neuro ,Sport Medicine, General Surgery. Our long standing experience in the sector enables us to offer a range of ...
Biongraft Flex is composed of b-TCP and resorbable PLA based Synthetic Polymer.The polymer of the Flex is metabolite lactic acid and is degraded to CO2 and H2O. Biongraft Flex has a unique micro and macro porous structure that most closely ...
based inPiaseczno, POLAND
We have been creating cutting-edge medical solutions for generations. We are an innovative Polish company that specializes in the design and manufacture of technologically advanced laser devices for medical and dental applications. Whatever you ...
Broadest range of applications – wide selection of treatment accessories. Simple and intuitive operation. Extensive database of procedures with the possibility of their modification and assignment to the patient. Greater precision of ...
based inMont-Saint-Guibert, BELGIUM
Novadip is transforming the lives of patients using its unique 3M3 tissue regeneration technology platform. Based on the scientific discoveries of Prof. Dr. Denis Dufrane, Novadip is a spin-off company from Université Catholique de Louvain ...
Novadip’s unique “3M3” platform for tissue regeneration combines over 15 years of academic research with practical surgery experience and proof of principle clinical data. ...
based inGuro-gu, SOUTH KOREA
Since its foundation in 2000, Jeil Medical Corporation has been the first to succeed in the localization of screws and plates for the treatment of maxillofacial fractures with its unique technology development. In addition, with bold investment in ...
Bone Screws for Fixation of Bone Blocks and Mesh in Dental Guided Bone ...
based inRedwood City, CALIFORNIA (USA)
Juvena Therapeutics is a biotech company accelerating the development of regenerative therapeutics by unlocking the therapeutic potential of secreted proteins. Secreted proteins are a class of biologics with proven therapeutic potential that has ...
Secreted proteins are a proven class of biologics with tremendous therapeutic potential, as they regulate tissue repair and regeneration, organ development, and immune response to disease. The characteristics of ...
based inPearland, TEXAS (USA)
Base Pair Biotechnologies, Inc. is a world-leading provider of highly customized aptamer discovery and development services. The company was founded in 2012. It is privately held and located in the Houston, Texas metropolitan area, close to major ...
based inSuwanee, GEORGIA (US) (USA)
Sanuwave Health, Inc. is an emerging leader in the development and commercialization of a high- energy, focused, shock wave technology that is used in devices for the repair and regeneration of bones, muscles, tendons and skin, and for the ...
PACE® Therapy Offers Patients the Best Chance of Healing: Use Energy First. Diabetic patients that develop chronic wounds have comorbidities that can make healing difficult. They deserve the greatest chance for accelerated wound healing. Our ...
based inSalt Lake City, UTAH (USA)
Founded in 2011, CoNextions Inc. is a privately-held company located in Salt Lake City, Utah. They are an innovation-based medical device company dedicated to achieving safer, stronger, and more durable tendon repairs worldwide marked by faster ...
based inYenimahalle/ANKARA, TURKEY
BIOLOT Medical is a company based on pain management, tissue regeneration, bone regeneration and wound healing. We aim to provide innovative medical solutions that make patients look younger, feel more active and remain active. It is our quality and ...
Hyalocover is an absorbable mesh of fabric. It can be used in orthopedic trauma and reconstruction, soft tissue regeneration in surgical treatment and tendon ...
based inMiami, FLORIDA (USA)
Bio-Tissue, Inc. was founded in 1997 to help address unmet needs for improved surgical and therapeutic alternative to treat ocular surface conditions; one that would serve as a non-immunogenic tissue replacement and would help facilitate tissue ...
based inMalvern, PENNSYLVANIA (USA)
TELA Bio Inc. (NASDAQ: TELA) is a commercial-stage medical technology company focused on designing, developing, and marketing innovative tissue reinforcement materials to address unmet needs in soft tissue reconstruction. The company is committed to ...
based inLittle Rock, ARKANSAS (USA)
NuShores Biosciences, LLC (NuShores), founded in 2014, was formed to commercialize patented bone and tissue regeneration technologies developed at the University of Arkansas at Little Rock from over $9 million in grant research to date. We have ...
Today there is no satisfactory solution for major bone injuries caused by accidents, warfare and cancer, especially complex and large segmental bone loss. Our NuCress™ bone scaffold technology has been shown to promote healing of large ...
based inWhite Plains, NEW YORK (USA)
Innovate at the service of manual therapists to help them fulfill their mission. High frequency current has demonstrated its effectiveness in the domains of orthopedic surgery, cosmetic medicine and more recently in the field of rehabilitation. ...
based inAhmedabad,, INDIA
Axio is a deep-science medical technology company with extensive expertise in biomaterials based medical devices for pre-hospital, intra-operative and post-operative clinical needs. Our focus is on devices for management of trauma, surgical and ...
MaxioCel is a highly absorbent wound dressing, designed to heal patients suffering from chronic wounds by effectively managing exudates, pain relief and scar improvement. MaxioCel can be used for moderate to heavily exudating wounds of varied depth, ...
based inTampere, FINLAND
Bioretec Ltd. is committed to advancing the field of biomedicine with a focus on bioabsorbable solutions that benefit natural healing processes. Specializing in the development of innovative implants,Bioretec aims to enhance recovery by providing ...
based inWest Lafayette, INDIANA (USA)
Cook Biotech Inc. was established in 1995 to develop medical solutions based on the regenerative properties of extracellular matrix materials discovered at Purdue University. More than 25 years later, our proprietary technologies and manufacturing ...
The Biodesign Fistula Plug is for implantation to reinforce soft tissue for repair of recto-vaginal or anorectal ...
based inTokyo, JAPAN
The innovative technology of “Bio 3D Printing” by Cyfuse was created through a deft fusion of the latest insights and technologies in the disparate fields of biology and engineering. Cyfuse is working toward the creation of “hope” for novel ...
based inCoulommiers, FRANCE
Based in the Paris region CRYO MANUFACTURING studies, designs, manufactures and maintains individual partial body cryotherapy rooms (Nitrogen) and whole body cryotherapy rooms (Electric). The cabins are designed and manufactured in France. ...
Equine cryotherapy is an original, analgesic and analgesic technique, easy to use in horses and well tolerated by ...
based inHolliston, MASSACHUSETTS (USA)
HRGN is a clinical-stage biotechnology company that uses a patient’s own stem cells that are grown on a hollow tubular scaffold to regenerate organ tissue damaged from cancer, trauma, birth defects or other diseases. The patient’s stem ...
Following extensive research and development, Biostage has evolved its technology to optimize the interaction of mesenchymal stem cells seeded on a biocompatible scaffold. Preclinical studies suggest that, once implanted, the scaffold seeded with ...