Esophageal Repair Graft

A vascular graft product designed using tissue engineering principles to support cardiovascular surgical applications. The graft provides structural support while promoting integration and healing.

Engineered textile materials for vascular grafting applications with optimized hemodynamic properties. These biocompatible materials support vessel reconstruction and bypass procedures with appropriate mechanical compliance.

Bioengineered vascular patch for vascular repair and reconstruction procedures. Composed of biocompatible materials that integrate with native vessels. Used in vascular surgery for aneurysm repair and vessel reconstruction.

A graft version of the TissueDerm hybrid mesh technology for soft tissue reconstruction and tissue regeneration applications.

Osteogenic material for spinal fusion procedures. Supports bone healing and integration in surgical fusion applications.

Bioengineered material for alveolar bone regeneration in dental implant procedures. Promotes osteogenesis while providing mechanical support for implant placement. Applied in periodontal and implant surgical procedures.

A biomaterial product offered as part of Clover Next's regenerative medicine solutions for repairing or replacing tissues damaged by traumatic events or degenerative processes. Designed to stimulate the body's natural healing ability.

An allograft tissue product designed for meniscal repair and replacement in orthopedic surgery. This graft restores meniscal function in the knee joint.

Biodesign® Otologic Butterfly Graft is a biologically derived graft material designed for otologic surgical repair, particularly for tympanic membrane and ossicular chain reconstruction. The graft facilitates tissue integration and promotes healing in middle ear procedures.

Biodesign® Duraplasty Graft is a biologically-derived graft material designed for dural repair and reinforcement in neurosurgical procedures. The graft provides structural support and promotes tissue integration, reducing the risk of cerebrospinal fluid leakage following cranial and spinal surgery.

A bone graft product with cross-sectional structural design for orthopedic applications. This allograft tissue is used for bone reconstruction and defect filling in surgical procedures.

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.