

Dual-Layer Amniotic Allograft Membrane BioLab Membrane Wrap™ is a readily available amnion-amnion human tissue allograft derived from the amniotic membrane.
This biologics product serves as a barrier and provides a protective covering for wounds, making it an excellent option among skin graft substitutes. It is minimally manipulated, prese
Dual-Layer Amniotic Allograft Membrane BioLab Membrane Wrap™ is a readily available amnion-amnion human tissue allograft derived from the amniotic membrane.
This biologics product serves as a barrier and provides a protective covering for wounds, making it an excellent option among skin graft substitutes. It is minimally manipulated, preserving the properties exhibited in its natural state*, while remaining compliant with FDA Regulations, ensuring quality in wound care sourcing.

Single-Layer Amniotic Allograft Membrane
Membrane Wrap - Lite™ is a single amnion human tissue allograft derived from the amniotic membrane, serving as a barrier and providing a protective covering for wounds. This product is minimally manipulated, preserving the natural properties of biologics while remaining compliant with FDA regulati
Single-Layer Amniotic Allograft Membrane
Membrane Wrap - Lite™ is a single amnion human tissue allograft derived from the amniotic membrane, serving as a barrier and providing a protective covering for wounds. This product is minimally manipulated, preserving the natural properties of biologics while remaining compliant with FDA regulations. It stands as an effective option among skin graft substitutes in the realm of wound care sourcing.

In partnership with Imbed Biosciences, we offer the only fully synthetic, anti-microbial matrix (SAM™) on the market.
Microlyte® SAM™ is designed to support wound care sourcing by immediately conforming to the micro-crevices of the wound bed, facilitating cellular growth while maintaining a consistent reduction in microbial burden. This in
In partnership with Imbed Biosciences, we offer the only fully synthetic, anti-microbial matrix (SAM™) on the market.
Microlyte® SAM™ is designed to support wound care sourcing by immediately conforming to the micro-crevices of the wound bed, facilitating cellular growth while maintaining a consistent reduction in microbial burden. This innovative solution serves as a superior option among biologics and skin graft substitutes for effective wound healing.

Esano ACA is a dehydrated amniotic/chorionic/amniotic membrane sheet protective covering designed to support wound care sourcing and management.
Human amniotic membrane, which forms the innermost layer of placental tissue, serves as an avascular barrier for the developing fetus. Its unique properties make it a valuable option among biologi
Esano ACA is a dehydrated amniotic/chorionic/amniotic membrane sheet protective covering designed to support wound care sourcing and management.
Human amniotic membrane, which forms the innermost layer of placental tissue, serves as an avascular barrier for the developing fetus. Its unique properties make it a valuable option among biologics and skin graft substitutes, offering a wide range of potential benefits in the field of regenerative medicine.

Sterile, Room Temperature Human Dermis Graft, Derm-Maxx® Dermal Matrix is an acellular human dermis graft that has been sterilized using the Tutoplast® Tissue Sterilization Process.
This proprietary method preserves the three-dimensional intertwined multidirectional fibers and mechanical properties of the native tissue, making it an excell
Sterile, Room Temperature Human Dermis Graft, Derm-Maxx® Dermal Matrix is an acellular human dermis graft that has been sterilized using the Tutoplast® Tissue Sterilization Process.
This proprietary method preserves the three-dimensional intertwined multidirectional fibers and mechanical properties of the native tissue, making it an excellent choice among biologics. Derm-Maxx® Dermal Matrix serves as a natural scaffold to support the body’s regenerative processes, making it a valuable option in wound care sourcing. It is available in both fenestrated and non-fenestrated formats, providing versatile skin graft substitutes.
