Filter by category

Specialty

Anatomy

Tissue Type

Procedure

Brand

DOWNLOAD OUR FULL TISSUE & PRODUCT CATALOG

Corp_Catalog

Download

SomaGen® Meshed, Allograft Dermal Matrix

SomaGen® Meshed is an acellular human reticular dermal allograft with a unique meshed design that provides a scaffold to support the treatment of a variety of complex wounds.

SomaGen Meshed, and its biocompatible design, provides immediate wound coverage without the need for autologous skin grafting, lowering costs & saving time—all without compromising patient outcomes.

Order No. Specifications Area Without Expansion Predicted Expanded Dimensions (W x L)* Predicted Expanded Area* UPC Code
WC2068 SomaGen Meshed: 6cm (W) x 8cm (L)  48 sq. cm 8cm x 9cm 72 sq. cm 840045715275
WC2812 SomaGen Meshed: 8cm (W) x 12cm (L) 96 sq. cm 10.5cm x 13.5cm 142 sq. cm 840045715282
WC2115 SomaGen Meshed: 10cm (W) x 15cm (L) 150 sq. cm 13cm x 17cm 221 sq. cm 840045717378
WC2325 SomaGen Meshed: 13cm (W) x 25cm (L) 325 sq. cm 17cm x 28cm 476 sq. cm 840045717385

* MTF Biologics data on file. Dimensions are based on MTF Biologics R&D data on file and may slightly differ due to natural graft-to-graft variability.

HCPCS Description Hospital Outpatient
ASC
 Physician
 SI*  APC  Payment  Payment  MPFS
 C1762 Connective tissue, human (includes fascia lata)   N N/A  Packaged Packaged  N/A 
 J3590 Unclassified Biologics N/A  Packaged  Packaged  N/A 
 Q4100 Skin substitute, not otherwise specified  N/A  Packaged  Packaged  N/A 

Features & Benefits

SomaGen Meshed supports treatment for large and complex wounds. The lattice-based slit design allows the graft to conform and expand based on the wound size and topography.

  • Compatible with other common advanced wound modalities
  • Large slits ensure wound fluid egress while allowing the patient's own cells to rebuild tissue
  • Meshed pattern allows the graft to stretch significantly from its original size, providing flexibility and conformity to the needs of the wound

Contact Us

The Captcha needs to be completed successfully