NeoGenix™ Extraction Allograft

Neoss is well known among clinicians for its intelligent yet easy-to-use dental implant systems—including the clinically proven ProActive implant and the versatile, cost-effective NeossONE, a single connection prosthetic platform. The company’s growing portfolio of biomaterials is no different.

Enter NeoGenix Extraction Allograft, a 100% human allograft fiber made from a unique and precise blend of demineralized bone fibers and mineralized bone particulate. It combines the benefits of both cortical and cancellous bone materials in a way that promotes faster, stronger bone growth.

Made with Simplicity in Mind

Designed for accelerated bone growth, NeoGenix Extraction Allograft is compressed into a convenient plug shape, which simplifies bone regeneration and streamlines the process into a seamless 1-step, 1-product procedure. Clinicians don’t need to worry about mixing particulate grafts or applying additional membrane, making the process more efficient and less complex.

“We’re pleased to offer a new allograft fiber for extraction sites that not only delivers cost-effective results but also fosters faster, stronger bone growth,” explained John Chopack, managing director of Neoss USA. “This helps preserve the integrity of the patient’s bone structure, ensuring that practitioners can keep future implant treatment options open and providing patients with a reliable foundation for long-term dental health.”

Create a Solid Implant Foundation

In addition to offering a clinical delivery that’s smooth and hassle-free, NeoGenix Extraction Allograft allows practitioners to maintain long-term treatment flexibility by preserving patients’ bone quality and creating a solid foundation for future implant treatment.

Available in a 11-mm x 7.5-mm plug shape, NeoGenix Extraction Allograft is indicated for socket preservation, ridge augmentation, ridge preservation, and extractions. After inserting the allograft into the void, clinicians should place a simple “X” suture over the insertion area, after which the plug shape will expand by 10% to 15% upon hydration