Jhonson & Jhonson - Ethicon Product Guide
Jhonson & Jhonson - Ethicon Product Guide Jhonson & Jhonson - Ethicon Product Guide
Tissue Reinforcement Solutions
- Page 2 and 3: Tissue Reinforcement Solutions Conf
- Page 4 and 5: 3 PROLENE* Hernia System Polypropyl
- Page 6 and 7: 5 ULTRAPRO* mesh A partly absorbabl
- Page 8 and 9: 7 VYPRO* II mesh Lightweight multif
- Page 10 and 11: 9 ETHICON Tissue Reinforcement Prod
- Page 12: Capitalised product names are trade
Tissue<br />
Reinforcement<br />
Solutions
Tissue Reinforcement Solutions<br />
Confidence in your hands<br />
One source for all your surgical mesh needs.<br />
One source for all your surgical mesh needs.<br />
Contact your local ETHICON <strong>Product</strong>s representative for information on our<br />
physiologically-matched range of lightweight meshes and hernia devices or other<br />
Contact your local ETHICON <strong>Product</strong>s representative for information<br />
Tissue Reinforcement Solutions. You can also visit our website at www.ethiconproducts.co.uk.<br />
on our physiologically-matched range of lightweight meshes and<br />
hernia devices or other Tissue Reinforcement Solutions. You can<br />
also visit our website at www.ethiconproducts.co.uk.<br />
1
Tissue Reinforcement Solutions<br />
Confidence in your hands<br />
One source for all your surgical mesh needs<br />
PROLENE<br />
mesh<br />
VYPRO<br />
mesh<br />
VYPRO II<br />
mesh<br />
ULTRAPRO<br />
mesh<br />
PROCEED<br />
Surgical Mesh<br />
PROLENE<br />
3D Patch<br />
PROLENE<br />
Hernia System<br />
VICRYL<br />
mesh<br />
MERSILENE<br />
mesh<br />
Clinically-proven polypropylene mesh<br />
for the repair of abdominal wall fascial defects<br />
Pliable lightweight multifilament mesh for<br />
incisional hernia repair<br />
Lightweight multifilament mesh for open &<br />
laparoscopic inguinal hernia repair<br />
Lightweight monofilament mesh for abdominal<br />
wall reinforcement<br />
Multi-layer tissue separating mesh for open &<br />
laparoscopic incisional hernia repair<br />
One-piece low-profile hernia device for the<br />
repair of small abdominal wall hernias<br />
Unique 3-in-1 hernia device for the combined<br />
anterior & posterior repair of groin hernias<br />
Absorbable mesh for temporary wound or<br />
organ support<br />
Pliable polyester mesh for the repair of<br />
abdominal wall fascial defects<br />
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3<br />
PROLENE* Hernia System<br />
Polypropylene Mesh<br />
Unique 3-in-1 hernia device for the combined<br />
anterior & posterior repair of groin hernias<br />
Available in three sizes<br />
<strong>Product</strong> Code - PHSM<br />
Onlay Patch<br />
Connector<br />
Underlay Patch<br />
<strong>Product</strong> Code - PHSL<br />
Onlay Patch<br />
Connector<br />
Underlay Patch<br />
<strong>Product</strong> Code - PHSE<br />
Onlay Patch<br />
Connector<br />
Underlay Patch<br />
(Medium) 3 per box<br />
Width 1.77” (4.5cm)<br />
Length 3.94” (10cm)<br />
Diameter 0.75” (1.91cm)<br />
Height 0.50” (1.27cm)<br />
Diameter 2.95” (7.5cm)<br />
(Large) 3 per box<br />
Width 1.77” (4.5cm)<br />
Length 3.94” (10cm)<br />
Diameter 0.75” (1.91cm)<br />
Height 0.50” (1.27cm)<br />
Diameter 3.94” (10cm)<br />
(Extended) 3 per box<br />
Width 2.16” (5.5cm)<br />
Length 4.92” (12.5cm)<br />
Diameter 0.75” (1.91cm)<br />
Height 0.50” (1.27cm)<br />
Diameter 3.94” (10cm)<br />
All three sizes are packed in flat, easy-to-store boxes with patient tracking labels.<br />
Innovative three-in-one design<br />
2. Connector<br />
Sits in internal ring or defect.<br />
Secures overlay patch to<br />
underlay for security.<br />
1. Onlay Patch<br />
Provides a patch for the floor of the inguinal canal<br />
providing the security of conventional mesh repair<br />
techniques.<br />
3. Underlay Patch<br />
Should be deployed, pre-peritoneally, after<br />
insertion to provide a posterior repair.
PROLENE* 3D Patch<br />
Polypropylene Mesh<br />
Available with either Medium or Large underlay<br />
<strong>Product</strong> Code - 3DPM<br />
Only Patch Underlay not deployed<br />
Length Diameter<br />
12.5cm 5.5cm<br />
<strong>Product</strong> Code - 3DPL<br />
12cm 5.5cm<br />
Length Diameter<br />
3.5cm 1.9cm<br />
Only Patch Underlay not deployed<br />
Length Diameter<br />
12.5cm 5.5cm<br />
Length Diameter<br />
4.8cm 2.3cm<br />
3.5cm 1.9cm<br />
(Medium) 3 per box<br />
Underlay deployed<br />
Diameter<br />
3.5cm<br />
Underlay deployed<br />
Diameter<br />
<strong>Product</strong> Code - P3DPM<br />
(Medium) 3 per box<br />
Only Patch<br />
with pre-shaped overlay<br />
Underlay not deployed Underlay deployed<br />
Length Diameter Length Diameter<br />
Diameter<br />
Only Patch<br />
with pre-shaped overlay<br />
Length Diameter<br />
12cm 5.5cm<br />
Underlay not deployed<br />
Length Diameter<br />
4.8cm 2.3cm<br />
One-piece low-profile hernia<br />
device for the repair of small<br />
abdominal wall hernias<br />
(Large) 3 per box<br />
Pre-shaped overlay to accomodate cord-structures<br />
5cm<br />
3.5cm<br />
<strong>Product</strong> Code - P3DPL (Large) 3 per box<br />
Underlay deployed<br />
Diameter<br />
5cm<br />
All three sizes are packed in flat, easy-to-store boxes with patient tracking labels.<br />
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5<br />
ULTRAPRO* mesh<br />
A partly absorbable lightweight<br />
monofilament mesh composed of<br />
approximately equal parts of:<br />
• PROLENE*– non-absorbable polypropylene<br />
•MONOCRYL*– absorbable poliglecaprone<br />
• Mass of ULTRAPRO* (permanent polypropylene) is just 28g/m2 compared to 80-85g/m2 for PROLENE* mesh<br />
• More than 60% less remaining foreign body meterial permanently<br />
implanted<br />
Area weight Thickness Pore size Pmax mmHg Tension<br />
% strength<br />
@ 16 N/cm<br />
PROLENE* 80-85g/m2 0.6mm 1-2mm 1650 8%<br />
ULTRAPRO* 1 28g/m2 0.5mm 3-4mm 525 17.5%<br />
Excellent handling characteristics<br />
• MONOCRYL* poliglecaprone fibres used to stiffen the mesh<br />
structure for easier handling during the operation<br />
• ULTRAPRO* mesh can be easily cut to shape<br />
Code Dimensions<br />
UMS3<br />
UMP3<br />
UMN3<br />
UMM3<br />
UMT1<br />
UML1<br />
6cm x 11cm<br />
10cm x 12cm<br />
10cm x 15cm<br />
15cm x 15cm<br />
15cm x 30cm<br />
30cm x 30cm<br />
1. Polypropylene part remaining after absorption.<br />
Packaging<br />
3 per box<br />
3 per box<br />
3 per box<br />
3 per box<br />
1 per box<br />
1 per box
PROCEED* Surgical Mesh<br />
Multi-layer tissue separating mesh for<br />
open & laparoscopic incisional hernia repair<br />
Features a thin, bioresorbable fabric layer that effectively separates<br />
its strong, supportive mesh from underlying tissue and organs.<br />
A composite of proven products from ETHICON, PROCEED* Surgical<br />
Mesh addresses the issues of tissue attachment, infection, and<br />
sub-optimal handling that remain potential problems with currently<br />
available tissue separating meshes.<br />
Properties<br />
• PROLENE* Soft Mesh<br />
- Designed for strength, durability, and adaptibility<br />
• Oxidized regenerated cellulose (ORC) fabric<br />
- Minimizes tissue attachment<br />
• Absorbable polydioxanone (PDS)<br />
- Bonds the ORC to the mesh<br />
PROCEED* Surgical Mesh<br />
Code Dimensions<br />
PCDM1<br />
PCDG1<br />
PCDH1<br />
PCDJ1<br />
PCDT1<br />
PCDW1<br />
PCDL1<br />
15cm x 15cm<br />
square<br />
15cm x 20cm<br />
Oval<br />
20cm x 25cm<br />
Oval<br />
20cm x 30cm<br />
Rectangular<br />
26cm x 34cm<br />
Oval<br />
25cm x 35.5cm<br />
Rectangular<br />
30.5cm x 30.5cm<br />
Square<br />
Packaging<br />
1 per box<br />
1 per box<br />
1 per box<br />
1 per box<br />
1 per box<br />
1 per box<br />
1 per box<br />
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7<br />
VYPRO* II mesh<br />
Lightweight multifilament mesh for open<br />
& laparoscopic inguinal hernia repair<br />
VYPRO* II mesh is a partly absorbable lightweight multifilament<br />
mesh, composed of approximately equal parts of:<br />
• PROLENE* – non-absorbable polypropylene.<br />
• VICRYL* – absorbable polyglactin.<br />
• For all tension-free inguinal hernia repair techniques.<br />
• Easy to cut, manipulate and place.<br />
• Multidirectional flexibility and permanent stability in one.<br />
• More than 60% less foreign body material compared to<br />
PROLENE* mesh.<br />
• Long-lasting mutual integration achieved with improved<br />
connective scar tissue formation compared to small<br />
pore meshes.<br />
Traditional polypropylene mesh. 90 days<br />
post-implantation. Fold development<br />
(in-vivo study)<br />
Code Dimensions<br />
PVM2S3<br />
PVM2P3<br />
PVM2N3<br />
PVM2M3<br />
6cm x 11cm<br />
12cm x 10cm<br />
15cm x 10cm<br />
15cm x 15cm<br />
Lightweight VYPRO* II mesh. 90 days<br />
post-implantation. Fold-free incorporation<br />
(in-vivo study)<br />
Packaging<br />
3 per box<br />
3 per box<br />
3 per box<br />
3 per box
VYPRO* mesh<br />
Pliable lightweight multifilament<br />
mesh for incisional hernia repair<br />
• VYPRO mesh is placed preperitoneally as a sublay.<br />
• Direct contact between the mesh and intraperitoneal structures<br />
must be avoided by using intact peritoneum.<br />
rectus muscle<br />
fascia transversalis<br />
VYPRO* mesh<br />
peritoneum<br />
rectus muscle<br />
Code Dimensions<br />
PVML1<br />
PVMM1<br />
PVMN1<br />
30cm x 30cm<br />
15cm x 15cm<br />
10cm x 15cm<br />
external oblique muscle<br />
internal oblique muscle<br />
transversus abdominis muscle<br />
Packaging<br />
1 per box<br />
1 per box<br />
1 per box<br />
VYPRO* mesh is available in several sizes. The size of the implant<br />
should allow for a 5cm overlap of the fascial defect on all sides.<br />
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9<br />
ETHICON Tissue Reinforcement <strong>Product</strong>s<br />
PROLENE Mesh<br />
Knitted Polypropylene Fibre<br />
Code Description<br />
PML1 30cm x 30cm<br />
1 sheet per box<br />
PMM3 15cm x 15cm 3 sheets per box<br />
PMN3 15cm x 10cm 3 sheets per box<br />
PMR3 15cm x 7.5cm 3 sheets per box<br />
PMS3 6cm x 11cm 3 sheets per box<br />
VICRYL Mesh<br />
Synthetic Absorbable<br />
Undyed Knitted Mesh<br />
VM94<br />
VM95<br />
VM102<br />
VM106<br />
Code Description<br />
TS54S 30cm x 30cm<br />
21.5cm x 26.5cm<br />
26.5cm x 34cm<br />
Renal prosthesis 18cm x 10cm<br />
Splenic prosthesis 26cm x 30cm<br />
Packaging<br />
Code Description Packaging<br />
VM94<br />
21.5cm x 26.5cm<br />
MERSILENE Mesh<br />
Interlocked Polyester Fibre<br />
VM102<br />
Renal prosthesis<br />
18cm x 10cm<br />
Packaging<br />
1 sheet per box<br />
1 sheet per box<br />
VM106<br />
Splenic prosthesis<br />
26cm x 30cm
ETHICON Tissue Reinforcement <strong>Product</strong>s<br />
PDS Plates<br />
PDS Plates (poly-p-dioxanone) Synthetic absorbable implant for orbital floor repair<br />
Code Description Description Presentation<br />
Packaging<br />
ZX3<br />
ZX4<br />
ZX5<br />
ZX6<br />
ZX7<br />
ZX8<br />
ZX3<br />
0.25mm x 30mm x 40mm<br />
ZX4<br />
0.5mm x 30mm x 40mm<br />
PDS Plate 0.25mm x 30mm x 0.25mm 40mm x 30mm x 40mm<br />
PDS Plate 0.5mm x 30mm x 40mm 0.5mm x 30mm x 40mm<br />
PDS Plate 0.25mm x 40mm x 0.25mm 50mm x 40mm x 50mm<br />
PDS Plate 0.5mm x 40mm x 0.50mm 50mm x 40mm x 50mm<br />
PDS Plate with perforations 0.15mm x 30mm x 0.15mm 40mm x 30mm x 40mm<br />
PDS Plate with perforations 0.15mm x 40mm x 0.15mm 50mm x 40mm x 50mm<br />
ZX5<br />
0.25mm x 40mm x 50mm<br />
ZX6<br />
0.5mm x 40mm x 50mm<br />
ZX7<br />
0.15mm x 30mm x 40mm<br />
with perforations<br />
VICRYL MEMBRANE Absorbable Periodontal Membrane<br />
Absorbable VICRYL membranes<br />
for guided tissue regeneration.<br />
3 packs per box<br />
3 packs per box<br />
3 packs per box<br />
3 packs per box<br />
3 packs per box<br />
3 packs per box<br />
ZX8<br />
0.15mm x 40mm x 50mm<br />
with perforations<br />
Code Description Packaging<br />
VPM2940 5mm Buccal/Lingual membrane with one VICRYL Ligature<br />
1 per box<br />
VPM2942 8mm Buccal/Lingual membrane with one VICRYL Ligature<br />
1 per box<br />
VPM2945 5mm Interproximal membrane with two VICRYL Ligatures<br />
1 per box<br />
VPM2950 10mm x 20mm membrane<br />
1 per box<br />
VPM2952 30mm x 35mm membrane<br />
1 per box<br />
VPM2940 VPM2942 VPM2945 VPM2950 VPM2952<br />
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Capitalised product names are trademarks of ETHICON.<br />
21 08 2004