BioLab Holdings — Biologics

Membrane Wrap™

Dual-Layer Amniotic Allograft

BioLab Membrane Wrap™ is a dual-layer amnion-amnion human tissue allograft derived from the amniotic membrane that serves as a barrier and provides protective covering for the wound. It is minimally manipulated, preserving the properties exhibited in its natural state, remaining compliant with FDA Regulations.

Readily Available

5-Year Shelf Life

Easy Application

FDA Compliant

Request Information

BioLab Membrane Wrap amniotic tissue allograft

Available Sizes

Size	SKU	Wound Coverage
2x3	MW0203	6 cm²
4x4	MW0404	16 cm²
4x6	MW0406	24 cm²
4x8	MW0408	32 cm²
6x8	MW0608	48 cm²

Product Overview

What is Membrane Wrap™?

Membrane Wrap™ is a dual-layered amnion-amnion human tissue allograft derived from the amniotic membrane. Through minimal manipulation, the allograft maintains properties exhibited in its natural state. The tissue undergoes terminal sterilization to ensure safety.

It is intended for use as a wound cover or barrier in the treatment of acute and chronic wounds, including diabetic foot ulcers (DFUs), venous leg ulcers (VLUs), pressure ulcers, and surgical wounds.

Key Benefits

Dual-layer amnion-amnion membrane construction
Acts as a protective barrier for the wound bed
Minimally manipulated — preserves natural properties
Terminally sterilized for patient safety
5-year shelf life with ambient temperature storage
Available in 5 sizes for clinical flexibility

Clinical Indications

Diabetic Foot Ulcers

Support healing in chronic DFUs that have failed standard wound care.

Venous Leg Ulcers

Provide protective coverage for VLUs to promote tissue repair.

Pressure Ulcers

Aid in the management of partial and full-thickness pressure injuries.

Surgical Wounds

Cover and protect post-operative surgical sites.

Trauma Wounds

Serve as a barrier for acute traumatic wound management.

Burns

Provide coverage for partial-thickness burn injuries.

All BioLab Holdings Membrane Wrap™ allograft tissue products have been tested for potentially infectious diseases and terminally sterilized to ensure the safety of each membrane.