| Application |
Ventral Hernia Repair Mesh | Ventral Hernia Repair Mesh | Ventral Hernia Repair Mesh | Ventral Hernia Repair Mesh | Ventral Hernia Repair Mesh |
| Material |
Knitted Polyester Monofilament | Knitted Polyester Monofilament | Knitted Polyester Monofilament | Knitted Polyester Monofilament | Knitted Polyester Monofilament |
| Features and Benefits |
- 3D mesh structure delivers reinforced textile strength and significant tissue ingrowth support
- Constructed of a nonabsorbable, three-dimensional (3D) textile monofilament polyester (PET) (white textile), nonabsorbable monofilament polyester (PET) (green textile), and bioabsorbable hydrophilic film mad of porcine-based collagen and glycerol
- It provides mesh transparency for improved anatomy visualization, easy mesh deployment, effective clinging for mesh placement, and excellent tissue integration for durable repair
- The dual-sided mesh is designed to help optimize tissue integration and minimize visceral attachments
- Provides centering and orientation marking for accurate mesh positioning
- Non-absorbable pre-placed sutures are tied to the three-dimensional mesh
|
- 3D mesh structure delivers reinforced textile strength and significant tissue ingrowth support
- Constructed of a nonabsorbable, three-dimensional (3D) textile monofilament polyester (PET) (white textile), nonabsorbable monofilament polyester (PET) (green textile), and bioabsorbable hydrophilic film mad of porcine-based collagen and glycerol
- It provides mesh transparency for improved anatomy visualization, easy mesh deployment, effective clinging for mesh placement, and excellent tissue integration for durable repair
- The dual-sided mesh is designed to help optimize tissue integration and minimize visceral attachments
- Provides centering and orientation marking for accurate mesh positioning
- Non-absorbable pre-placed sutures are tied to the three-dimensional mesh
|
- 3D mesh structure delivers reinforced textile strength and significant tissue ingrowth support
- Constructed of a nonabsorbable, three-dimensional (3D) textile monofilament polyester (PET) (white textile), nonabsorbable monofilament polyester (PET) (green textile), and bioabsorbable hydrophilic film mad of porcine-based collagen and glycerol
- It provides mesh transparency for improved anatomy visualization, easy mesh deployment, effective clinging for mesh placement, and excellent tissue integration for durable repair
- The dual-sided mesh is designed to help optimize tissue integration and minimize visceral attachments
- Provides centering and orientation marking for accurate mesh positioning
- Non-absorbable pre-placed sutures are tied to the three-dimensional mesh
|
- Parietex™ Composite ventral patch is a mesh specifically designed for small ventral hernia repair
- The shape, size and the specific fixation and deployment system have been designed for optimal abdominal wall conformability and easy deployment and fixation
- Parietex™ Composite ventral patch has been designed to support tissue integration while minimizing tissue attachments with collagen
- Parietex™ Composite Ventral Patch has rigid and absorbable PGLA expanders combined with removable handles for easy deployment
- The innovative fixation system based on the 4 semi-peripheral points provides a balanced fixation on healthy tissue away from the center of the defect
- Colored textile of the fixation system enhances visibility during procedure
- 3D monofilament polyester textile with large pores (1.5mm x 1.8 mm) for consistent tissue integration
- Hydrophilic absorbable collagen film to minimize tissue attachment
|
- 3D mesh structure delivers reinforced textile strength and significant tissue ingrowth support
- Constructed of a nonabsorbable, three-dimensional (3D) textile monofilament polyester (PET) (white textile), nonabsorbable monofilament polyester (PET) (green textile), and bioabsorbable hydrophilic film mad of porcine-based collagen and glycerol
- It provides mesh transparency for improved anatomy visualization, easy mesh deployment, effective clinging for mesh placement, and excellent tissue integration for durable repair
- The dual-sided mesh is designed to help optimize tissue integration and minimize visceral attachments
- Provides centering and orientation marking for accurate mesh positioning
- Non-absorbable pre-placed sutures are tied to the three-dimensional mesh
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