CuraCel® High Density

Professional absorbable haemostats based on oxidized cellulose in the form of a sterile absorbable soft layered material. Designed to control internal capillary, venous and minor arteriolar bleeding during surgical procedures. The product demonstrates biocompatibility, bioresorbability, bactericidal and bacteriostatic properties, with easy handling and positioning capabilities.

Oxide Regenerated Cellulose is an absorbable hemostatic agent with bactericidal properties. It is used during surgical procedures to promote hemostasis and has antimicrobial effectiveness.

Topical absorbable hemostat for controlling bleeding during surgery. Supports effective hemostasis alongside conventional bleeding control methods.

An acellular matrix derived from dermal, fascia lata or pericardial membrane used for different reconstructive surgeries. These tissues are provided in different thicknesses and can be selected according to specific treatment requirements.

Single-grade fiber composite material made entirely of cellulose for medical device applications. This award-winning composite offers biocompatible properties for tissue engineering and wound care products.

Surgi-ORC is an absorbable haemostatic powder based on oxidized regenerated cellulose, designed to control bleeding in surgical procedures. It provides rapid haemostasis through topical application on bleeding surfaces and is fully absorbable, eliminating the need for removal. Suitable for general, cardiac, and vascular surgeries.

Professional absorbable haemostats based on oxidized cellulose in the form of a sterile knitted fabric. Designed to control internal capillary, venous and minor arteriolar bleeding during surgical procedures, including minimally invasive procedures. The product is biocompatible, bioresorbable, and typically absorbed within 14 days with haemostasis achieved approximately within 1.5 minutes.

EmosistOxidized regenerated cellulose is a Class III implantable hemostatic device designed to control bleeding during surgical procedures. The bioabsorbable material promotes hemostasis through direct contact with bleeding surfaces and is gradually resorbed by the body. Suitable for use in general surgery, cardiovascular, and trauma applications.

An acellular matrix derived from dermal, fascia lata or pericardial membrane used for different reconstructive surgeries. These tissues are provided in different thicknesses and can be selected according to specific treatment requirements.

Biodegradable scaffold implant combining enzymatic polymer, inorganic ceramic, and hyaluronic acid for bone and cartilage repair. Used in orthopedic, plastic, neurosurgery, and craniofacial applications. Features patented combined scaffold-titanium technology for enhanced tissue engineering and personalized anatomical reconstruction.

Collagen-based allograft membrane for tissue regeneration and surgical barrier applications. Provides biocompatible structure for guided tissue growth. Applicable in dental, orthopedic, and soft tissue procedures.

Absorbable haemostatic gelatin sponge for intraoperative and postoperative bleeding control. Class III implantable device that promotes haemostasis through collagen-based matrix technology, ideal for surgical applications in operating theatres and critical care settings. Resorbs naturally without requiring removal.