RESOMER® is a biodegradable polymer that is widely used in the medical technology industry. It is known for its excellent biocompatibility, controlled degradation, and tunable properties, making it an ideal material for medical applications.

Our VESTAKEEP® PEEK polymers are available in three different grades

• VESTAKEEP® Implant for long term implantable medical devices
• VESTAKEEP® Dental for permanent mucous membrane contact
• VESTAKEEP® Care for short time contact to human blood, tissue or bone

They are biocompatible and biostable, making them ideal for use in orthopedics, Cranio-Maxillo-Facial (CMF), dental care, and medical equipment applications.

DEGACRYL® is a versatile biomaterial known for its exceptional mechanical properties, biocompatibility, and resistance to wear and tear, making it an ideal material for medical technology applications. DEGACRYL^® products are particularly suitable for high-grade applications in the dental and medical fields.

VESTAMID^® Care is used successfully as a catheter material because of its high bursting resistance. This is provided by the combination of flexibility and pliability, toughness and hardness.

TROGAMID^® Care is a highly transparent material that is resistant to stress cracking. Because of its outstanding chemical resistance it is used especially in applications that come into contact with drugs and body fluids.

DEGAPLAST® technology offers high-strength, lightweight, and hygienic resins for the prosthetics industry. 

Our highly tunable, vegan collagen platform is produced through a sustainable fermentation-based process. VECOLLAN® can be used for applications in life sciences and is processible for a range of shapes and forms.

By significantly reducing biological adhesion and biofilm formation, Endexo® additive technology for passive surface modification of medical devices reduces thrombus formation, bacterial adhesion, and biofouling, and offers a superior alternative to hydrophilic and antimicrobial medical device coatings.   

epicite® balance is a hydro-active wound dressing made of biosynthtic cellulose. It is particularly suitable for the treatment of chronic and slow-healing wounds with low to medium exudation, such as venous leg ulcers, arterial leg ulcers, diabetic foot ulcers, pressure ulcers and soft tissue lesions.

Biocellic⁺ is a nature-identical material that is non-animal derived and produced by a fermentation-based process. This base material can be used for wound care, skin care and implants.

Modified resins such as NANOCRYL® enable the design of more powerful, long-life components.

Our high-performance silicone toolkit enables our customers to create individual formulations to closely match modern medical market demands for applications like dental impression or molding materials, adhesives for wound care applications or silicone formulations for cushioning gels, prostheses, podology and otology applications.

Specialty VESTODUR® polybutylene terephthalate compounds are licensed for direct contact with active ingredients. These compounds are easy to process and the moldings made of them are dimensionally stable. Typical applications include the use for blood filters.

As one of the industry leaders for methacrylate monomers, Evonik offers highly purified hydroxyethyl methacrylate (HEMA) and multi-functional methacrylates under the brand VISIOMER® for the production of diverse medical products like contact lenses, intraocular lenses, bone cements, dental fillings and dentures.

Medical table tops using ROHACELL® polymethacrylimide foam as the structural core are not only lighter, but much thinner. Their reduced mass means radiation levels required for radioscopy can be kept at a minimum, thereby exposing the patient to much less radiation and lowering health risks. Thinner table tops also reduce scatter radiation and provide X-Ray images of much higher quality.

VESTENAMER® is a high performance component for rubber formulations. It is a reactive plastiziser and compatibilizer for elastomers of different polarity. It improves the melt flow reducing cycle times in injection or compression molding and also improves the mechanical properties of the final part, including excellent surface quality of complex parts.