DynaMesh^®-LICHTENSTEIN implants serve to support the tissue and stabilise the fascial structures of the inguinal region. They were specially developed for the conventional repair of inguinal hernias according to Lichtenstein and come in a size which fits the majority of patients and can therefore be used immediately without needing to be cut to size.

Less Effort
The elastic zone in the mesh, incorporated by using a special warp-knitting technique, makes it easier for the surgeon to achieve fold-free positioning of the implant.

Less Risk
The special slit design enables tunnel modulation with pressure distribution.

High Tear Propagation Resistance
The high tear propagation resistance at the end point of the slit minimises the risk of mesh rupture.

DynaMesh^®-IPST implants are used in the prophylaxis and therapy of hernias and fascial defects in the abdominal wall after ostomy as well as to reinforce connective tissue structures and prevent prolapse of the diverted portion of the intestines.

Handling
The implant is made from a single piece of mesh for a seamless junction with the elastic funnel. DynaMesh^®-IPST is a three-dimensional preshaped implant providing excellent
elasticity and flexibility – which facilitates stomaplasty preparation for the surgeon.

Elastic Funnel
The dual-layer composite structure promotes ingrowth into the abdominal wall while at the same time reducing the risks of adhesions on the visceral side.

The elastic funnel with no sharp selvedges leads to secure integration of the terminal segment of bowel and reliably prevents parastomal hernia formation [15,61].

Placement
DynaMesh^®-IPST-R can be placed without detaching the stoma from the abdominal wall.

The prefabricated slit makes it easier to place the mesh implant around the terminal section of the bowel.

DynaMesh^®-IPOM implants are designed for soft tissue reinforcement and soft tissue bridging of the fascial and connective tissue structures of the abdominal wall as part of surgical treatment for epigastric hernias, umbilical or incisional hernias, and parastomal hernias following ostomy surgery.

Dual-Layer Composite Mesh
DynaMesh^®-IPOM is a dual-component structure specifically developed for the IPOM technique and consists mainly of high-purity PVDF and a small proportion of polypropylene (PP). The parietal side (PP) promotes rapid and safe ingrowth into the abdominal wall. The PVDF layer on the visceral side forms a barrier to the intestines. PVDF demonstrably decreases the risks of adhesions compared with polypropylene [11] and thus reduces the risk of intestinal erosions. If implantation of several meshes is required (for example, the sandwich technique [9]), the open-pore structure means that implants can easily be overlapped.

Correct Orientation
The parietal side (PP component) has a green marker thread and must face the abdominal wall. The marker thread is located on the front surface and simultaneously shows the correct direction of the elasticity in the craniocaudal direction.

Intraoperative view

Advantages for the Patients
The open-pore mesh construction facilitates the break-down of seroma and reduces scar plate formation.
Minimal mesh shrinkage is achieved and long-term surgical success with high patient comfort is ensured [9-14] through the open-pore and elastic mesh construction made from PVDF, which offers long-term stability.

DynaMesh^®-CICAT implants are designed for soft tissue reinforcement and soft tissue bridging of the fascial and connective tissue structures of the abdominal wall as part of surgical treatment for epigastric hernias, umbilical or incisional hernias, and also as part of incisional hernia prevention.