Regenerative surgery is moving away from permanent implants toward materials that guide natural healing and then disappear once their work is done. Osteopore sits at the forefront of that shift. Its implants are manufactured from polycaprolactone (PCL), a bioresorbable polymer, using precision 3D printing to create an open, porous micro-architecture that closely mimics the structure of human cancellous bone.
That porous scaffold gives the patient's own cells a framework to grow into. As new bone forms and matures, the implant is gradually resorbed and replaced by living tissue — leaving no permanent foreign material behind. The result is a more physiological repair, with none of the long-term concerns associated with non-degradable hardware.
A versatile regenerative toolkit
- Osteomesh — a flexible, contourable mesh for reconstruction and defect coverage
- Osteoplug — a burr-hole cover designed to support cranial healing
- Osteostrip — a thin, adaptable strip for fine contouring and augmentation
- Fully bioresorbable PCL, gradually replaced by native bone over time
Supporting surgeons across the region
Osteopore's scaffolds are used in cranio-maxillofacial, neurosurgical and dental bone-regeneration procedures, where restoring natural bone contour and volume is critical. Their predictable resorption profile and biocompatibility have made them a trusted choice in guided bone regeneration worldwide.
By adding the Osteopore range, Medworks strengthens its regenerative medicine portfolio and gives UAE surgeons access to next-generation reconstruction technology — supported by our clinical and logistics teams throughout the GCC.