FILAPROP MESH polypropylene mesh
Sterile, non-absorbable knitted monofilament polypropylene mesh for tissue reinforcement and bridging of traumatic or surgical wounds.

Key features
- Large pores for ventilation and elastic scar formation
- Soft and pliable, easy to handle
- High tensile strength for a durable repair
- Regains its shape after insertion through a trocar
Send a request for technical specifications, sizes and a commercial offer.
Request informationCatalogue numbers and sizes 10
| Cat. no. | Size | Pack | |
|---|---|---|---|
| PPM510 | 5 × 10 cm | 6 pcs | |
| PPM611 | 6 × 11 cm | 6 pcs | |
| PPM715 | 7.6 × 15 cm | 6 pcs | |
| PPM1015 | 10 × 15 cm | 1 pcs | |
| PPM1215 | 12 × 15 cm | 6 pcs | |
| PPM1218 | 12 × 18 cm | 1 pcs | |
| PPM1515 | 15 × 15 cm | 1 pcs | |
| PPM1520 | 15 × 20 cm | 1 pcs | |
| PPM1530 | 15 × 30 cm | 1 pcs | |
| PPM3030 | 30 × 30 cm | 1 pcs |
Other products in this area
MerilAbsorbable hernia stapler
Stapler with absorbable fasteners for mesh fixation in hernia repair.
MerilMERINEUM MESH composite mesh
Partially absorbable two-layer mesh: the polypropylene base provides long-term reinforcement, while an absorbable polylactide-caprolactone layer forms an anti-adhesion barrier between the mesh and the abdominal organs.
MerilMIRUS MALS linear stapler
Reloadable linear stapler for closure and transection of tissue in the gastrointestinal tract, lungs and bronchi. Two staggered rows of staples.
MerilMIRUS MLC linear cutter
Single-use device for simultaneous transection and stapling of tissue in the GI tract, lungs, bronchi and other organs. Two double rows of staggered titanium staples.
MerilMIRUS MEC endoscopic linear cutter
Endoscopic stapler-cutter with replaceable reloads, compatible with both 45 mm and 60 mm cartridges. Ergonomic design, precise jaw articulation and a consistent staple line for a secure anastomosis.
MerilMIRUS circular stapler, double-row
Single-use circular stapler for creating anastomoses throughout the gastrointestinal tract. Adjustable staple height delivers minimal tissue tension and controlled compression.
