Amniotic Membrane/ Placental Allografts

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Amniotic membrane/placental allografts are especially effective for chronic wounds, burns, surgical complications, and other hard-to-heal injuries. By mimicking the body’s natural healing environment, they help patients achieve faster recovery and improved outcomes.

• Provides a biologic barrier membrane composed of donated human amniotic tissue; retains native extracellular matrix proteins, growth factors, cytokines.  
• Supplied in a dehydrated / non-cryopreserved form, stored at room temperature, easy to handle.  
• Repositionable: returns to shape when hydrated.  
• Supports anti-inflammatory, anti-scarring, and regenerative effects due to native bioactive factors. (common to amniotic grafts)
• Dual-layer architecture (amnion + chorion) enhances structural integrity and barrier function.  

• A thinner or “lite” variant of amniotic graft for minimal bulk.
• Maintains essential ECM proteins and growth factors.
• Easy handling, conformability.

• Multipurpose amniotic patch for barrier and regenerative roles.
• Possible integration of chorion/amniotic layers for strength.
• Good handling and placement flexibility.

• ACA could mean “Acellular Collagen Allograft” or similar.
• Provides structural ECM support.
• Low immunogenic profile.

• Composed of four layers of amnion (quad-layer architecture) for added strength and barrier properties.  
• Minimally manipulated, desiccated, sterile, supplied in a dry form.  
• Intended to act as a barrier and protective covering while supporting regenerative healing.  
• Variation in color, opacity, and thickness may occur due to natural tissue variation.  

• Structured with three amnion layers (tri-core design), offering a balance between barrier strength and flexibility.  
• Dry storage, repositionable design, ease of handling.  
• Suitable for use in multiple clinical settings.  

• Two-layer construct combining amnion and chorion layers for enhanced biological activity.  
• Designed as a biologic barrier allograft.  
• Dry storage, ready for clinical use without cryopreservation.  
• Stronger physical traits compared to single-layer amniotic grafts.

• Three-layer structure: amnion (inferior), chorion (middle), amnion (superior). This design provides higher tensile strength and augmented bioactivity (especially via chorionic growth factors).  
• Dry-stored, repositionable, easy to handle in clinical use.  
• Strong barrier function with enhanced durability.  

• A simpler, single-layer amniotic graft offering minimal thickness and ease of use.
• Delivers ECM proteins and growth factors with minimal bulk.

• Designed to “cocoon” or envelop tissue defects.
• Flexible, conformable membrane with biologic signaling.

• A composite graft combining amniotic or chondral elements (e.g. “Am + Choplast”).
• Structural support plus biologic matrix components.

• A simplified, minimalist membrane version offering easier use and cost-effectiveness.
• Retains essential ECM and structural attributes.