HC Biologics Allografts

AI-matched femoral osteochondral allografts for cartilage and bone defect repair in knee surgery. Utilizes artificial intelligence to optimize graft selection and positioning, improving anatomical fit and clinical outcomes in articular cartilage restoration procedures.

Customized allograft biomaterial solutions derived from human donor tissue, processed and prepared for surgical applications. These materials support natural healing processes across multiple clinical specialties including orthopedics, spine, and reconstructive surgery.

OSTEOwelt® SYNTHETIC BONE GRAFT is a biocompatible bone substitute designed for orthopedic and reconstructive surgical applications. It promotes bone regeneration and integration in defect sites, serving as an alternative to autografts and allografts. The synthetic formulation provides consistent quality and eliminates donor site morbidity.

An allograft bone product formulated for orthopedic use to facilitate bone healing and structural support in surgical interventions.

Biomaterial products designed to support bone regeneration and facilitate healing in bone defects. These materials serve as scaffolds for new bone formation in orthopaedic applications.

Orthopedic bone cements for vertebral consolidation and articular functional rehabilitation in spine and orthopedic surgery. These biomaterial solutions provide reliable fixation and support for joint reconstruction and spinal procedures, enabling enhanced therapeutic outcomes in orthopedic patient care.

Synthetic or allograft bone graft materials for promoting bone fusion and integration in spinal fusion procedures.

Custom biomaterial products designed for neuro and spine surgery applications, supporting spinal fusion and vertebral regeneration. These solutions integrate with the body's natural healing mechanisms.

Biomaterial products designed for spinal applications. These materials are used in conjunction with spinal fixation and fusion procedures to enhance bone healing and fusion.

BONEGRAFT is a bone graft material designed for orthopedic and spinal surgical applications to promote bone regeneration and fusion. It facilitates osteogenic integration in procedures requiring bone restoration, supporting healing in trauma, degenerative disease, and reconstructive surgery.

Regenerative bone graft material designed for orthopedic and spinal applications, utilizing absorbable inductive regenerative biomaterial technology to promote bone healing and regeneration. The product combines resorbable scaffold properties with osteoinductive capabilities for bone defect filling and skeletal repair procedures.

Biologically-based orthopedic therapeutic for cartilage restoration and joint trauma repair using biological regenerative principles.