Our Products
The possibilities are literally endless with DynaFlex™ and DynaForm™ Programmable Surgical Mesh (PSM) due to the dimensions and degree to which they can be customized for varying clinical needs.

DynaFlex™ Programmable Surgical Mesh
3D-printed bioresorbable FDA 510(k)-cleared surgical mesh that offers qualities that no other static mesh can replicate.
- Our advanced 3D printing technology, innovative engineering and materials science combine to deliver stability where it’s needed and flexibility where it’s desired.
- DynaFlex™ Programmable Surgical Mesh (PSM) can regulate and vary the degree of flexibility along any vector and in any zone within the mesh.
- DynaFlex™ PSM is devoid of cross-filament “knots, weaves or loops” – found in both monofilament and multifilament mesh – which are known to harbor bacteria.
- During episodes of post-operative mesh tension caused by abdominal strain, the open spaces in DynaFlex™ PSM experience minimal deformation which may result in less insult to tissue ingrowth
- DynaFlex™ PSM facilitates superior fluid transmission when compared to filament meshes that typically experience greater deformation and narrowing of open spaces during extension.

DynaForm™ Programmable Surgical Mesh
3D-printed bioresorbable FDA 510(k)-cleared surgical mesh that offers customized 3D mesh constructs that can regulate and vary the degree of flexibility along any vector and in any zone within the mesh.
- Our advanced 3D printing technology, innovative engineering and materials science combine to deliver stability where it’s needed and flexibility where it’s desired.
- DynaForm™ PSM regulates and varies the degree of flexibility along any vector and in any zone within the mesh.
- DynaForm™ PSM offers customized 3D mesh constructs designed to provide immediate soft tissue support as well as a foundation for long-term strength.
- DynaForm™ PSM enables a quick and simple contoured fit by conforming to the patient’s natural shape.
- DynaForm™ PSM is designed to avoid mesh cutting, wrinkling and folding associated with potential complications with conventional 2D meshes.