Discover our hydrocolloids, celluloses and functional polymers - material solutions for wound care, oral care and more.
With our extensive experience in various areas of life sciences, we have decided to focus our solutions on the medical sector. JRS Medic offers a wide range of botanical materials and hydrophilic polymers for advanced wound and oral care applications. We have decades of experience in manufacturing and servicing highly regulated markets. Together with our partners, we develop applications in tissue engineering, transdermal systems and medical adhesives.
The JRS Medic product portfolio provides you with a comprehensive collection of polymers and fibers for medical applications and biomedical research topics.
For applications such as wound dressings, stoma patches, and hemostatics, we offer a comprehensive range of hydrocolloids, alginates, carrageenans and engineered biomaterials. These nature-derived polymers and hydrogels excel in functionality, featuring superior absorption properties, gelling, and film-forming capabilities. Our products provide advanced solutions in biomaterials designed for optimal performance and versatility in medical applications.
Explore our diverse portfolio featuring nature-derived alginates, hydrocolloids, and cellulosics for dental impressions, denture adhesives, oral thin films, and oral ceramics. As a global manufacturer, we provide innovative, plant-based functional fillers that ensure high-quality, sustainable solutions, advancing dental care with eco-friendly, cutting-edge technologies.
We offer our support for your research in tissue engineering, implants, and medical material innovations with biomaterials suited for coatings, gelation, and rheology modification. Our advanced materials provide enhanced biocompatibility and functionality, catering to cutting-edge applications in regenerative medicine, drug delivery systems, and personalized healthcare solutions, ensuring optimal performance and safety.
Woundcare product overview
Product categories
Leaflet JRS Medic Functionality Map
Dive in and discover JRS PHARMA's
Sodium Alginate
Calcium Alginate
Alginic Acid
extracted from sustainable brown algae
Microcrystalline cellulose gel -
Biobased rheological top performance
Excellent solubility
High binding capacity
Easy handling
We cover trending topics and recent developments in our blog entries.
Exploring sustainable plant-based biomaterials in wound care to address global health challenges. Join the conversation for insights on innovative solutions.
Exploring sustainable plant-based biomaterials in wound care to address global health challenges. Join the conversation for insights on innovative solutions.
Click here to see all the news and events from the JRS Medic world.
JRS Group, a leading manufacturer of functional ingredients from plant-based raw materials, announces today the acquisition of Algaia SA, a producer and specialist of sustainably-produced seaweed extracts and hydrocolloids.
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March 30th
JRS Group, a leading manufacturer of functional ingredients from plant-based raw materials, announces today the acquisition of Algaia SA, a producer and specialist of sustainably-produced seaweed extracts and hydrocolloids.
find out more
JRS Group, a leading manufacturer of functional ingredients from plant-based raw materials, announces today the acquisition of Algaia SA, a producer and specialist of sustainably-produced seaweed extracts and hydrocolloids.
find out more
JRS Group, a leading manufacturer of functional ingredients from plant-based raw materials, announces today the acquisition of Algaia SA, a producer and specialist of sustainably-produced seaweed extracts and hydrocolloids.
find out more
No matter if you are a pharmaceutical, food, or road construction company, the JRS Group, with its divisions for life science and technical applications, brings decades of experience in plant-based fiber technology.
JRS Medic, the newest group member, offers a unique competency and support package for long-term partnerships as a leading manufacturer of functional polymers and plant-based fibers.