Refine by
Medical Cellulose Suppliers & Manufacturers
53 companies found
based inEnschede, NETHERLANDS
Micronit is a trusted leader in high-quality microfluidic solutions. Our specialized team empowers clients to bring innovative products to market in life science and healthcare with cutting-edge technology and personalized support. While the world ...
based inJiangyin City, CHINA
Ronsco is an explorer of precision products of special metal materials under the new trend of new materials, new technology, new application and new challenging environment in the 21st century. As a high-tech metal material company in the modern and ...
1.4435 isaustenitic chromium-nickel stainless steels containing molybdenum. This addition increases general corrosion resistance, improves resistance to pitting from chloride ion solutions, and provides increased strength at elevated temperatures. ...
based inLyon Cedex 7, FRANCE
EPISKIN, world leader in tissue engineering, offers Human Reconstructed Tissues to the global scientific community - academic and industry - to support research and development activities in Safety and Efficacy. We provide our worldwide clients ...
based inBuffalo Grove, ILLINOIS (USA)
BIOLIFE4D is a pioneering biotech company laser focused on leveraging advances in life sciences and tissue engineering to 3D bioprint a viable human heart suitable for transplant – lifesaving technology that gives patients the gift of time. With ...
based inBoston, MASSACHUSETTS (USA)
CELLINK is proud to be a part of BICO, the world’s leading bioconvergence company, which leverages the synergies of its premier companies in engineering, robotics, artificial intelligence, advanced genomics and bioprinting to create the future of ...
The go-to 3D bioprinter for cell biologists, tissue engineers and biomedical researchers. Explore the most user-friendly and flexible bioprinter in the world. BIO X is the first 3D bioprinter in the world with Intelligent Printheads (iPH), ensuring ...
based inWinston-Salem, NORTH CAROLINA (USA)
A precise, practical approach to 4D Bio-Fabricated Transplantable Tissues and Organs. Precise Bio is a regenerative medicine company that is advancing the use of bio-printed tissues and organs in patients in ophthalmology and is building a broad ...
Precise Bio’s innovative 4D-bio-fabrication technology is a true platform for innovation. It comprises cell expansion, biomaterials, processes, printing technology and other required critical technologies. Key advantages over other ...
based inGranada, SPAIN
Regemat 3D makes available to research and science a technology tailormade designed what born to integrate the advantages of the additive manufacturing with tissue engineering and applied to the regenerative medicine. The personalized configuration ...
based inHillsborough, NEW JERSEY (USA)
We develop and manufacture innovative, proprietary, absorbable monomers and polymers for various biomedical applications and next-generation medical devices. We work closely with and for our customers to translate your demands into high quality ...
Polymers that are designed to degrade under physiological conditions are referred to as absorbable polymers. These polymers are sometimes also referred to as biodegradable or bioerodible or bioabsorbable polymers. Bezwada Biomedical is pleased to ...
based inPessac, FRANCE
Poietis is a biotechnology company specialized in the development and manufacturing of human tissues by 4D bioprinting. Since its inception in 2014 the company has been developing physiological models, particularly in partnership with the world’s ...
POIETIS leverages its experience and expertise in skin bioprinting to develop a first therapeutic product to treat chronic wound healing tissus such as diabetic foot ulcers or venous ...
based inCastel Bolognese RA, ITALY
Comecer develops and manufactures high-tech systems in the field of Aseptic Processing and Containment for the Pharmaceutical and Nuclear Medicine Industries, specialising in isolation technology solutions for regenerative medicine and tissue ...
based inBiel/Bienne, SWITZERLAND
We work for a world where regenerative medicine is accessible to everyone. MimiX develops and commercializes a proprietary technology to foster scientific discoveries and clinical translation. MimiX biotherapeutics introduces Sound Induced ...
Create biological architectures with sound. Sound Induced Morphogenesis (SIM) is a gentle, fast, and easy method to generate multi-cellular, spatially orchestrated tissue constructs using sound waves. This versatile method addresses necessities in ...
based inFramingham, MASSACHUSETTS (USA)
At Sofregen, we provide medical practitioners with natural biomaterials to enhance their surgical artistry and achieve more durable results for their patients. We aim to unlock the enormous potential of purified silk protein to facilitate soft ...
based inDurham, NORTH CAROLINA (USA)
Humacyte, Inc. (Nasdaq: HUMA) is developing a disruptive biotechnology platform to deliver universally implantable, bioengineered human tissues and organs designed to improve the lives of patients and transform the practice of medicine. Humacyte ...
based inVillaz-St-Pierre, SWITZERLAND
REGENHU started in 2007 with a goal to create and develop bioprinting technologies that will positively impact many medical fields. From the small team that formed REGENHU, which grew our name and reputation we are so proud off – to the ...
The 3d bioprinting station in a biosafety enclosure: bringing the future of tissue engineering and regenerative medicine closer by revolutionizing medicine ...
based inCherry Hill, NEW JERSEY (USA)
We are a team of experts focused on developing solutions in the biotechnology industry. Founded in 2014, SunP Biotech, LLC is a high-tech research and manufacturing company specialized in 3D Bioprinting. Based on our proprietary technologies, SunP ...
ALPHA-BP ™ 11 is a multi-nozzle 3D bioprinter for tissue engineering scaffolds. Its Low-Temperature Deposition Manufacturing technique allows 3d printing of personalized tissue scaffolds within a subzero environment. This subzero ...
based inAmherst, NEW YORK (USA)
A small, privately-held, and family-focused neonatology pharmaceutical company, ONY Biotech is a leader in the creation of critically important products for the treatment of premature infants. We innovate with a singular purpose: to improve outcomes ...
First breath. First steps. First day of school. Since its FDA approval in 1998, ONY Biotech has made tomorrow possible for so many premature babies and their families, thanks to Infasurf®(calfactant). ONY Biotech’s primary commercial ...
based inLexington, MASSACHUSETTS (USA)
Galatea Surgical, Inc. is passionate about bringing your patient’s strength and beauty to life through reinforcement of weak and compromised tissue with innovative solutions for soft tissue support. The Galatea team has created a portfolio of ...
based inPhoenix, ARIZONA (USA)
Humabiologics, Inc is a regenerative medicine startup founded by scientists and tissue industry experts with scientific, quality, regulatory and technology transfer expertise to address the gap between the gift of donated human tissues and ...
Huma OsteoGelMA is a methacrylated version of Humabiologics’, first of its kind, human gelatin. Its ability to be photocrosslinked allows for a tunable 3D gel with a wide range of applications including 3D bioprinting, 3D culturing, and many ...
based inMannheim, GERMANY
faCellitate is a venture that originated from BASF’s incubator, Chemovator, and it provides interactive consumables for advanced cell technologies and regenerative medicine in the 3D cell culture market. Its unique polymeric platform aims at ...
based inGreat Boston Are, MASSACHUSETTS (USA)
In 2007, we have started our academic activities using nanotechnologies under the Nano Fiber Membrane Group (NanoFMG) After focusing on improving Nanofiber quality during the electrospinning process, we have established our global born company ...
Electrospinning is an effective and convenient technique that is resourceful in producing nanofibrous biomaterials. The quality of the nanofibres and outcome of the nanofibrous membrane can be improved by the modification of active molecules in the ...