NeoGenix Extraction Allograft

Neoss GmbH · source

Product Description

NeoGenix™ Extraction Allograft is a 100% human allograft fiber designed for optimal bone regeneration. Made from a unique blend of demineralized bone fibers and mineralized bone particulate, it combines the benefits of both cortical and cancellous bone materials to promote faster, stronger bone growth.

Compressed into a convenient plug shape, the allograft fiber streamlines the entire process into a seamless one-step making it the ideal alternative to xenografts and synthetic options.

Unmatched simplicity, for superior results

Effortless and designed for all dental practitioners

NeoGenix Extraction Allograft is designed with simplicity in mind. Its one-step procedure requires no membrane and eliminates the need for mixing particulate grafts. This makes clinical delivery smooth and hassle-free, combining ease of use with predictable outcomes.

Preserves Future Treatment Option

Thanks to the accelerated bone growth, NeoGenix Extraction Allograft helps preserve the patient's bone quality, creating a solid foundation for future implant treatments. This allows clinicians to maintain long-term treatment flexibility while enhancing patient outcomes.

Affordable, Reliable, and Effective

Made from 100% human allograft fiber, it delivers predictable, reliable bone regeneration you can trust—offering an affordable alternative to more costly xenografts and synthetic materials.

Common Surgical Applications

  • Single patient use
  • Socket preservation
  • Ridge augmentation
  • Ridge preservation
  • Extractions

Intended Use

Insert the NeoGenix Extraction Allograft into the void, and place a simple 'X' suture over the insertion area.

The plug shape expands by 10% – 15% upon hydration.

Assortment

Available in a convenient 11mm x 7.5mm plug shape.

Product Information

ManufacturerNeoss GmbH
Size11mm x 7.5mm
ShapePlug shape
Material100% human allograft fiber (demineralized bone fibers and mineralized bone particulate)
IndicationSocket preservation, ridge augmentation, ridge preservation, extractions