DynaMesh®

Tailored Implants made of PVDF

DynaMesh®-PR2 soft
DynaMesh®-PR2 visible

For the surgical treatment of rectocele

Minimised mesh sizes for transvaginal posterior mesh repair.
Significantly less mesh shrinkage because of reduced foreign body reaction [20].


Posterior mesh repair

DM-PR2-posterior-rectocele

associated instruments


DynaMesh®-PR2 soft
DynaMesh®-PR2 visible

Product range
pr2A-v

DynaMesh®-PR2 soft 1A (1)
07 cm x 04 cm PV510636F1 Unit = 1 EA / BX

pr2B-v

DynaMesh®-PR2 soft 1B (1)
10 cm x 04 cm PV511004F1 Unit = 1 EA / BX
DynaMesh®-PR2 visible 1B (2)
10 cm x 04 cm PV711004F1 Unit = 1 EA / BX
DynaMesh®-PR2 soft 2B (1)
10 cm x 06 cm PV511006F1 Unit = 1 EA / BX
Use and properties
Product DynaMesh®-PR2 soft (1)

DynaMesh®-PR2 visible (2)

Field of application rectocele
Surgical method transvaginal / posterior
Fixation of central part of the mesh suture
Optimal handling
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Optimal patient safety
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Optimal patient comfort
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Atraumatic selvedges
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Minimised mesh size
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Shape stability
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Defined elasticity
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visible technology
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(2) /

graue_punkte

(1)

gruene_punkte Applies to all product sizes
gaue_punkte Does not apply

Technical data
Product DynaMesh®-PR2 soft (1)

DynaMesh®-PR2 visible (2)

Polymer (monofilament) PVDF
Excellent biocompatibility
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Minimal foreign body reaction
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Reduced bacterial adherence
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High ageing resistance
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Optimal dynamometry
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Reactive surface (a) [m²/m²] * 1.9
Maximum stability (b) [N/cm] 58
Elasticity (b) at 16 N/cm [%] 13
Textile porosity (c) [%] * 71
Effective porosity (c) [%] * 68
Effective porosity at 2.5 N/cm(c) [%] * 68
Classification (d) 1a

gruene_punkte Applies to all product sizes

Legends for the technical data

* Central part of the mesh
(a) Ratio of implant reactive surface area (thread surface) to implant surface area
(b) measured in the strip tensile test
(c) Mühl method [6]
(d) Klinge’s classification [8]