Preserves Native Growth Factors
Retains a high concentration of biologically active cytokines and ECM proteins to promote cellular migration, angiogenesis, and epithelialization.
Xcell Amnio Matrix™ (XAM) is a next-generation lyophilized amniotic membrane allograft developed to support regenerative wound healing across a broad range of acute and chronic conditions. As part of Synova Medical Supplies’ advanced biologics portfolio, Xcell Amnio Matrix™ (XAM) combines clinically relevant growth factor retention, barrier protection, and handling simplicity—making it a go-to option for modern wound care practices.
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Sourced from the proprietary processing technologies originally developed by Precise Bioscience, Xcell Amnio Matrix™ (XAM) maintains the integrity of the extracellular matrix (ECM), supporting a biologically active healing environment without requiring cryopreservation.
Xcell Amnio Matrix™ (XAM) is indicated for a wide range of chronic and acute wound types, including:
Retains a high concentration of biologically active cytokines and ECM proteins to promote cellular migration, angiogenesis, and epithelialization.
Sterile and easy to store at room temperature with no thawing required, streamlining in-office and surgical use.
Requires no orientation during placement, allowing for faster and more efficient application.
Designed for easy manipulation and anatomical contouring without tearing or curling.
Available in a variety of dimensions to support wounds of different depths and locations.
| Product Code | Product Name | Size | Units | UPC |
|---|---|---|---|---|
| XAM™ - 0202 | Xcell Amnio Matrix™ Lyophilized Amniotic Membrane | 2cm x 2cm | 4 | 860011420750 |
| XAM™ - 0204 | Xcell Amnio Matrix™ Lyophilized Amniotic Membrane | 2cm x 4cm | 8 | 860011420767 |
| XAM™ - 0404 | Xcell Amnio Matrix™ Lyophilized Amniotic Membrane | 4cm x 4cm | 16 | 860011420774 |
| XAM™ - 0407 | Xcell Amnio Matrix™ Lyophilized Amniotic Membrane | 4cm x 7cm | 28 | 860011420781 |
Xcell Amnio Matrix™ (XAM) is ideal for providers seeking a regenerative solution that supports clinical success while maintaining operational efficiency.