VIVEX Biologics, Inc.
8 products found

VIVEX Biologics, Inc. products

CYGNUS

CYGNUS - Model SOLO - Single-Layer Amniotic Allograft

A traditional single-layer amniotic allograft derived from the amnion layer of the amniotic sac.

CYGNUS - Model MATRIX - Multi-Layer Allograft

A flexible, multi-layer allograft maintaining the amnion layer, its intermediate/spongy layer and the chorion layers of the amniotic sac, providing improved handling and increased workability.

CYGNUS - Model MAX - Maximum Natural Thickness Allograft

A maximum natural thickness allograft derived from the umbilical cord membrane and can be sutured.

CYGNUS - Model MAX XL - Fenestrated Natural Thickness Allograft

A fenestrated natural thickness allograft derived from the umbilical cord membrane, helping increase the available allograft size.

VIAGENEX

Viagenex Matrix - Flexible, Multi-Layer Allograft

A flexible, multi-layer allograft maintaining the amnion, its intermediate/spongy layer and the chorion layers of the amniotic sac, providing improved handling and increased workability.


Viagenex Max - Maximum Natural Thickness Allograft

A maximum natural thickness allograft derived from the umbilical cord membrane and can be sutured.

VIA Fill

VIA Fill - Demineralized Bone Fibers Designed for Use in Bone Remodeling

VIA Fill™ was developed utilizing VIVEX’s proprietary Integrity Processing™, where cortical bone fibers are demineralized, exposing the natural bone morphogenic proteins (BMPs) needed for bone formation.1 VIA Fill™ is moldable and comprised of 100% demineralized cortical bone, using an optimized selection of bone fibers of various lengths, without the need for an additional carrier. VIA Fill™ can be used in a number of clinical applications, including spine, cranio-maxillofacial and orthopedics.

VIA DBM Plus

VIA DBM - Model Plus - Demineralized Bone Matrix Putty Containing Bone Chips

VIA DBM Plus™ is a demineralized bone matrix putty containing cortical bone chips and indicated for use in the extremities, posterolateral spine, and pelvis as a bone void filler or for treatment of osseous defects.