Mantis CURVE
OTW Thrombectomy System
This over-the-wire rheolytic thrombectomy device uses the Venturi effect to create a hydrodynamic vortex that draws in and fragments the surrounding thrombus. The system requires the use of a specialized system that creates a Rotational vortex effect that prevents embolism and macarates thrombus with TPA while preventing distal embolism.
| Design | Coil design and Sinusoidal wawe shape | |
| Guidewire Compatibility | 0,035" | |
| Catheter Lenght | 90 cm, 110cm | |
| Catheter Profile | 120cm, 135cm | |
| Radiopacity | 5.0F - 6.0F - 7.0F - 8.0F | |
| Active Zone | Coil design and Sinusoidal wawe shape is visible from the distal tip to proximal | |
| Catheter Inner Layer | 15 cm | |
| Structure of the Catheter | PTFE |
It is a thrombectomy catheter advanced over a motorized wire. Invamed Thrombectomy System is used to open the lumen and dissolve the thrombus in acute, sub-acute, and chronic acute occlusions in venous peripheral occlusions (also available in the pulmonary artery and vena cava inferior uses). The system consists of a specially designed active tip, motor unit, and infusion port to dissolve the thrombus. The active end breaks up the thrombus with its rotational movement in the vessel. The procedure can be performed by sending anti-thrombolytic drugs through the infusion port. In this way, the thrombus and the drug are mixed and dissolved and a quick result can be obtained. There are uses of thrombectomy in the treatment of peripheral venous occlusions, in the treatment of acute venous occlusions in the acute, sub-acute and chronic phases, in the treatment of opening the lumen and dissolving the thrombus, as well as in the pulmonary artery and inferior vena cava.
Detailed specifications
Sinusoidal wave shaped tip design Contacts whole vessel lumen and effects wall adherent thrombus Allows movement over 0.035” guidewire Creates vortex effect and macarates thrombus with TPA while preventing distal embolism Active type Preserves vessel wall Excellent steerability Built-in infusion port allows an infusion of TPA and contrast media Type diameter size ranging from 150 mm Allows physician to perform treatment depending on the application area and vessel size Decreases thrombolytic treatment dose significantly Prevents post-thrombolytic syndrome significantly Decreases length of stay in hospital Quick Setup.
Atraumatic rotational distal tip allows reliable operation Allows movement over 0.035” guidewire MantisⓇCurve transfers torque in the ratio of 1:1(distal/proximal) with the help of its flexible helical internal structure. Treat severely thrombus up to 2 times more effectively. 15000 RPM The device is available in multiple sizes, including 5, 6, 7, and 8 Fr.
Atraumatic rotational distal tip allows reliable operation.
Allows movement over 0.035” guidewire.
MantisⓇCurve transfers torque in the ratio of 1:1(distal/proximal) with the help of its flexible helical internal structure.
Treat severely thrombus up to 2 times more effectively.
15000 RPM
Indicated Vessels
- Peripheral Veins
- Pulmonary Artery
- Inferior Vena Cava
- Subclavian Vein
- Hepatic Vein
SCIENTIFIC ARTICLE
ADVANTAGES
- Sınusoidal wave shaped tip design
- Contacts the whole vessel lumen and affects wall adherent thrombus
- Allows movement over 0.035” guidewire
- Creates vortex effect and macarates thrombus with TPA while preventing distal embolism
- Active tip
- Preserves vessel wall
- Excellent steerability
- The built-in infusion port allows an infusion of TPA and contrast media
- Tip diameter size ranges from 150 mm
- Allows physician to perform treatment depending on the application area and vessel size
- Decreases thrombolytic treatment dose significantly
- Prevents post-thrombolytic syndrome significantly
- Decreases length of stay in hospital
- Quick Setup
| Design | Coil design and Sinusoidal wawe shape | |
| Guidewire Compatibility | 0,035" | |
| Catheter Lenght | 90 cm, 110cm | |
| Catheter Profile | 120cm, 135cm | |
| Radiopacity | 5.0F - 6.0F - 7.0F - 8.0F | |
| Active Zone | Coil design and Sinusoidal wawe shape is visible from the distal tip to proximal | |
| Catheter Inner Layer | 15 cm | |
| Structure of the Catheter | PTFE |
| Order Number | Device outer diameter | Working Length | Tip Design | Active Zone |
| VS1044 | 7.0 Fr | 90 cm | Sinisoidal Wave | 15 cm |
| VS1045 | 8.0 Fr | 90 cm | Sinisoidal Wave | 15 cm |
| VS1046 | 7.0 Fr | 110 cm | Sinisoidal Wave | 15 cm |
| VS1047 | 8.0 Fr | 110 cm | Sinisoidal Wave | 15 cm |
| VS1048 | 7.0 Fr | 135 cm | Sinisoidal Wave | 15 cm |
| VS1049 | 8.0 Fr | 135 cm | Sinisoidal Wave | 15 cm |
