Hemaduct® Drains
Tissue in-growth into wound drain devices may occur as early as 1.52 days following surgery1. The flow of negative pressure prior to the point of soft-tissue in-growth, and the flow of fluid beyond, may both become impeded – reducing the potential for fluid removal. View how the patented Hemaduct® wound drain outperforms other wound drain designs.
Product description
Jackson-Pratt® Hemaduct® Wound Drains allow multiple fluid pathways should soft tissue obstructions restrict continuous fluid flow, throughout the drain. The drain is comprised of both open and closed channels that are interconnected by internal portals that span the length of the drain. Should soft tissue obstructions in-grow into an open channel, the internal portals allow fluid to change channels and find alternative pathways around the obstructions.
This advanced design offers the following advantages:
- Internal portals - Internal portals interconnect open and closed channels to allow fluid to change channels and circumvent obstructions
- Open channels - Open channels span the length of the drain and maximize fluid collection potential
- Closed channels - Closed channels minimize the risk of tissue ingrowth while providing an alternative pathway for fluid
- Silicone advantage - Silicone material provides strength and softness
View these features closer in the second image above.
Ordering information
Hemaduct® Round Drains
| Cat. No. | Features | Diameter/size | Length | With trocar |
Trocar size | Qty. |
|---|---|---|---|---|---|---|
JP-HUR100 |
3/4 length channels, interconnecting portals |
10 Fr x 40 cm |
122 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUR101 |
3/4 length channels, interconnecting portals |
10 Fr x 40 cm |
122 cm |
yes |
3 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUR150 |
3/4 length channels, interconnecting portals |
15 Fr x 40 cm |
122 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUR151 |
3/4 length channels, interconnecting portals |
15 Fr x 40 cm |
122 cm |
yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUR190 |
3/4 length channels, interconnecting portals |
19 Fr x 40 cm |
122 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUR195 |
3/4 length channels, interconnecting portals |
19 Fr x 40 cm |
122 cm |
yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUR860 |
Full length channels, interconnecting portals |
10 Fr x 30 cm |
114 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUR870 |
Full length channels, interconnecting portals |
10 Fr x 30 cm |
114 cm |
yes |
3 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUR880 |
Full length channels, interconnecting portals |
15 Fr x 30 cm |
114 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUR890 |
Full length channels, interconnecting portals |
15 Fr x 30 cm |
114 cm |
yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUR900 |
Full length channels, interconnecting portals |
19 Fr x 30 cm |
114 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUR910 |
Full length channels, interconnecting portals |
19 Fr x 30 cm |
114 cm |
yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
Hemaduct® Flat Drains
| Cat. No. | Features | Diameter/size | Length | With trocar |
Trocar size | Qty. |
|---|---|---|---|---|---|---|
JP-HUF070 |
Full length channels, interconnecting portals |
7 mm x 20 cm |
102 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUF071 |
Full length channels, interconnecting portals |
7 mm x 20 cm |
102 cm |
Yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUF100 |
Full length channels, interconnecting portals |
10 mm x 20 cm |
102 cm |
|
|
10 ea/bx, 8 bx/cs |
JP-HUF101 |
Full length channels, interconnecting portals |
10 mm x 20 cm |
102 cm |
Yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
JP-HUF104 |
3/4 length channels, interconnecting portals |
10 mm x 20 cm |
102 cm |
Yes |
5 mm x 15 cm |
10 ea/bx, 8 bx/cs |
Bulb reservoirs
| Cat. No. | Description | Features | Qty. |
|---|---|---|---|
SU130-1305 |
Single port bulb reservoir |
100 ml |
10 ea/bx, 3 bx/cs |
SU130-1000 |
Dual port bulb reservoir |
400 ml |
10 ea/cs |
3-Spring reservoir
| Cat. No. | Description | Features | Qty. |
|---|---|---|---|
SU130-475 |
Reservoir kit with silicone drain adapters |
400 ml |
6 ea/bx, 2 bx/cs |
References
1 Karimov, Jamshid H. et al. Incidence of chest tube clogging after cardiac surgery: a single-centre prospective observational study. European Journal of Cardio-Thoracic Surgery Vol 44 (2013) p 1029-1036.