XENYS (DEM)

A bovine-derived collagen graft designed for bone regeneration and reconstruction in surgical applications. XENOBONE provides a biocompatible and osteoconductive scaffold for supporting bone healing.

Xenogeneic-derived matrix for general soft tissue reconstruction and augmentation in surgical applications. Supports tissue integration and healing with minimal immune response.

Xenogeneic bone graft material derived from bovine cancellous bone for guided bone regeneration with excellent osteoconductivity.

Bone graft substitute for orthopedic and spinal surgery applications. XELITE BIOMED provides biocompatible scaffolding to support bone regeneration and fusion procedures. The product facilitates osteconduction and integration within surgical sites.

An electromedical device for physiotherapy, rehabilitation, and sports medicine. Designed to support pain management and accelerate natural recovery in patients.

Matrixflex™ is a regenerative biomaterial scaffold designed for tissue repair and regeneration across orthopedic, dental, and surgical applications. The product leverages advanced biomaterial science to support cellular integration and tissue restoration, with FDA registration and 170+ global regulatory approvals. Matrixflex™ is manufactured under ISO 13485 and MDSAP-certified processes, supporting clinical outcomes in regenerative medicine.

Biodegradable scaffold matrix combining enzymatic polymer, inorganic ceramic, and hyaluronic acid for bone and cartilage repair. Used in orthopedic, plastic, and neurosurgery applications with personalized anatomical shaping capabilities. The scaffold integrates with titanium components to support tissue regeneration and healing.

Biologically derived extracellular matrix materials designed as tissue engineering scaffolds for regenerative medicine applications. These materials maintain natural tissue architecture and biochemical properties to promote cellular integration.

BDYN is an implantable textile device designed to support visceral and spinal surgery applications. Engineered with innovative implantable textile technology, it preserves mobility and reduces post-operative pain. The device enables surgeons to advance tissue repair and reconstruction in complex surgical procedures.

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.

Next-generation orthopedic implant system incorporating advanced biomechanical design. Engineered for enhanced performance in joint replacement procedures.

Regenerative therapeutic material combining biocompatible components for tissue repair. Indicated for orthopedic and dental surgical applications. Promotes natural tissue restoration and integration.