SWAN-GANZ
SWAN-GANZ CATHETER
The FastCCO algorithm fuses the trusted performance of continuous thermodilution with the rapid response of arterial pressure-based cardiac output (APCO) to deliver CO and SV status every 20 seconds. Providing quicker flow insights than continuous thermodilution, the FastCCO algorithm enables faster feedback for more efficient clinical decision-making.
Continuous view of cardiac function in your most complex patients
The first flow-directed Swan-Ganz pulmonary artery catheter revolutionized haemodynamic monitoring in critically ill patients.1 By providing a comprehensive haemodynamic profile, utilising continuous data, Swan-Ganz pulmonary artery catheters track your patient’s haemodynamic status to assist your early evaluation.
The Swan-Ganz catheter, now with the FastCCO algorithm, enables CO and SV parameters every 20 seconds.
Target complex patient conditions with advanced haemodynamic parameters
The Swan-Ganz catheter with FastCCO algorithm allows continuous monitoring of the balance of oxygen delivery and consumption with these advanced haemodynamic parameters:
- Stroke volume (now SV20s with FastCCO algorithm)
- Cardiac output (now CO20s with FastCCO algorithm)
- Mixed venous oxygen saturation (SvO2)
- Systemic vascular resistance (SVR)
- Right ventricular ejection fraction (RVEF)
- Right ventricular end diastolic volume (RVEDV)
- Pulmonary artery pressure (PAP)
- Pulmonary artery occlusion pressure (PAOP)*
SvO2Â mixed venous oxygen saturation
Swan-Ganz pulmonary artery catheters provide continuous monitoring of SvO2. Since SvO2 is a sensitive indicator of the patient’s status and generally precedes other indications of cardiopulmonary instability, continuous SvO2 monitoring may allow diagnostic and therapeutic decisions to be made earlier in the patient’s clinical course.
Trusted performance, faster response
Swan-Ganz pulmonary artery catheters provide flow, pressure, and oxygen delivery and consumption parameters. With the FastCCO algorithm, CO and SV update every 20 seconds, giving you a faster, uninterrupted view of cardiac function for more proactive decision support in your most complex patients.
70% faster than current Swan-Ganz pulmonary artery catheter technologies
Fusing the trusted performance of continuous thermodilution with the rapid response of arterial pressure-based cardiac output (APCO), the FastCCO algorithm delivers continuous flow insights that enable you to quickly respond to transient changes in CO.
For cardiac surgical patients, the FastCCO algorithm can deliver cardiac output values quickly upon coming off of bypass during on-pump procedures.
Individualised fluid management
The FastCCO algorithm’s flow parameter readings every 20 seconds enable continuous observation of patient responses to fluid challenges and passive leg raise tests, and allow faster optimisation of fluid management.
The fluid responsiveness test screen on the HemoSphere advanced monitoring platform allows you to quickly assess preload responsiveness by tracking changes in SV, SVI, CO or CI in response to a fluid challenge.
Comprehensive haemodynamic management
FastCCO algorithm is part of the latest software on HemoSphere advanced monitoring platform.
Also available for the modular HemoSphere platform is ForeSight tissue oximetry system, which continuously monitors oxygen saturation, noninvasively. The HemoSphere platform gives you a comprehensive view of tissue oximetry and advanced haemodynamics on one monitor so you can ensure your patient is adequately perfused.
Advanced technology catheter model numbers
| Model | Description | Size (F) | CO20s | SV20s | CCO | SvO2 | SV | SVR | RVEF | RVEDV | VIP port |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 774F75 | CCOmbo RVEDV (CCO + SvO2Â + RVEDV) | 7.5 | X | X | X | X | X | X | X | X | |
| 777F8 | CCOmbo RVEDV/VIP (CCO + SvO2Â + RVEDV + VIP lumen) | 8 | X | X | X | X | X | X | X | X | X |
Thermodilution pulmonary artery catheters
The thermodilution catheters monitor intracardiac pressures, cardiac output, and provide infusing solutions.
When used with a compatible monitor, the following parameters are available through the thermodilution catheters: ICO, PAPs, PAOP
Assesses haemodynamic condition through direct intracardiac and pulmonary artery pressure monitoring, cardiac output determination and for infusing solutionsâ€
The distal (pulmonary artery) port also allows sampling of mixed venous blood for the assessment of oxygen transport balance and the calculation of derived parameters such as oxygen consumption, oxygen utilization coefficient, and intrapulmonary shunt fraction
The Swan-Ganz VIP catheters have an extra lumen with proximal port (30 cm) for infusion in addition to the standard distal and injectate lumens to provide direct access to the right atrium
The Swan-Ganz VIP+ catheter has a right ventricular lumen that terminates 19 cm from the catheter tip and the right atrial lumen at 31 cm
Model numbers
| Model | Description | Size (F) | Length (cm) |
|---|---|---|---|
| Â 132F5Â | Four Lumen Catheter | 5 | 78 |
| 096F6PÂ Â | Four Lumen Catheter | 6 | 110 |
| Â Â 131F7Â | Standard Four Lumen Catheter | 7 | 110 |
Flow-directed monitoring catheters
The following parameters are available through the flow-directed monitoring catheters†: Pulmonary Artery Pressure (PAP), Pulmonary Artery Occlusion Pressure (PAOP)*.
The flow-directed monitoring catheters monitor right heart pressures and enable mixed venous blood sampling as well as infusing solutions.
Model numbers
| Model | Description | Size (F) | Length (cm) |
|---|---|---|---|
| Â 110F5Â | Double Lumen Monitoring | 5 | 110 |
| 111F7P | Double Lumen Monitoring | 7 | 110 |
| 123F6P | Double Lumen Monitoring | 6 | 110 |
| 114F7P | Triple Lumen Monitoring | 7 | 110 |
Bipolar pacing catheters
Bipolar pacing catheters are designed for temporary right ventricular endocardial pacing.‡
- Balloon tip facilitates insertion by flow-direction
- A pair of electrodes at the tip provide capabilities for bipolar pacing
- “J”- tip configuration is available for femoral insertion to predispose the catheter to a stable pacing position in the apex of the right ventricle
Model numbers
| Model | Description | Size (F) | Length (cm) |
|---|---|---|---|
| D97120F5 | SVC Insertion, Catheter Only | 5 | 90 |
| D97130F5 | Femoral Insertion, Catheter Only, J-Tip | 5 | 90 |
Â
Thermodilution paceport catheter
The A-V Paceport or Pacing-TD catheters offer atrial, ventricular, or A-V sequential temporary transvenous pacing in the right heart.§
- The Thermodilution paceport catheter offers temporary transvenous right ventricular pacing‡ when used with the appropriate Edwards Chandler Transluminal V pacing probes
- The Thermodilution A-V paceport catheter is indicated for temporary transvenous right ventricular, atrial, or A-V sequential pacing‡ when used with the appropriate Edwards Chandler Transluminal A and/or V pacing probes
- Swan-Ganz oximetry paceport TD catheters offer bolus cardiac output and SvO2Â monitoring when used with a compatible monitor in addition to temporary transvenous pacing when used with the appropriate Edwards Chandler Transluminal V pacing probe
Model numbers
| Model | Paceport Catheters and Chandler Probes | Size (F) | Length (cm) |
|---|---|---|---|
| 931F75 | Paceport 5 Lumen TD Catheter | 7.5 | 110 |
Pacing-TD catheters
The A-V Paceport or Pacing-TD catheters offer atrial, ventricular, or A-V sequential temporary transvenous pacing in the right heart.§
- Three atrial and two ventricular electrodes for atrial and ventricular pacing and atrioventricular (A-V) sequential pacing are integrated into the pulmonary artery catheter for temporary transvenous pacing‡
- Pacing-TD catheter can measure right heart pressures, blood sampling, solution infusion, and cardiac output measurements by thermodilution when used with a compatible monitoring platform
Model numbers
| Model | Swan-Ganz Pacing Catheters | Size (F) | Length (cm) |
|---|---|---|---|
| D200F7Â | Pacing-TD Catheter | 7 | 110 |
Related products
-
Launcher- 5f Guiding Catheter’s
EBU@ (Extra Backup)
LA5EBU30 (EBU 3.0)
LA5EBU35 (EBU 3.5)
LA5EBU375 (EBU 3.75)
LA5EBU40 (EBU 4.0)
LA5EBU45 (EBU 4.5)
LA5EBU50 (EBU 5.0)
JL@ (Judkin Left )
LA5JL30 (JL 3.0)
LA5JL35 (JL 3.5)
LA5JL40 (JL 4.0)
LA5JL45 (JL 4.5)
LA5JL50 (JL 5.0)
LA5JL60 (JL 6.0)
JR@ (Judkin Right )
LA5JR30 (JR 3.0)
LA5JR35 (JR 3.5)
LA5JR40 (JR 4.0)
LA5JR45 (JR 4.5)
LA5JR50 (JR 5.0)
LA5JR60 (JR 6.0)
AL@ (Amplatz Left )
LA5AL75 (AL .75)
LA5AL10 (AL 1.0)
LA5AL15 (AL 1.5)
LA5AL20 (AL 2.0)
LA5AL25 (AL 2.5)
LA5AL30 (AL 3.0)
LA5AL40 (AL 4.0)
SAL@ (Short Amplatz Left)
LA5SAL75 (SAL . 75)
LA5SAL10 (SAL 1.0)
LA5SAL15 (SAL 1.5)
LA5SAL20 (SAL 2.0)
LA5SAL25 (SAL 2.5)
LA5SAL30 (SAL 3.0)
LA5SAL40 (SAL 4.0)
AR@ (Amplatz Right)
LA5AR10 (AR 1.0)
LA5AR20 (AR 2.0)
LA5ALR12 (ALR 1.2)
ECR Curves@ (Backup Support Right)
LA5ECR35 (ECR 3.5)
LA5ECR40 (ECR 4.0)
LA5ECR45 (ECR 4.5)
LA5RBU35 (RBU 3.5)
LA5RBU40 (RBU 4.0)
SCR@ (Shepherd’s Crook Right)
LA5SCR35 (SCR 3.5)
LA5SCR40 (SCR 4.0)
LA5SCR50 (SCR 5.0)
SAR@ (Short Amplatz Right)
LA5SAR10 (SAR 1.0)
LA5SAR20 (SAR 2.0)
Multipurpose@
LA5MB1 (MB 1)
LA5MB2 (MB 2)
LA5HSREL (Hockey Stick)
LA5HSI (Hockey I)
LA5HSII (Hockey II)
LA5HSIII (Hockey III)
Bypass Crafts@
LA5LCB (LCB)
LA5RCB (RCB)
LA5RCB (RCB III)
LA5RCB (RCBÂ 90cm)
LA5IMA (IMA)
LA5IMA (IMAÂ 90cm)
-
GUIDING CATHETER EKARI
Product Overview
IMPROVED BACK UP SUPPORT*1
Catheter designed to use contralateral wall resulting in enhanced back-up support.
UNIVERSAL SHAPE (IKARI LEFT)Â *2
Offer capability of accessing the right and left coronary arteries, potentially avoiding catheter exchanges.
DESIGN FOR SAFETY
Soft tip to reduce damage to the vessel wall
*1: Ikari Y, Nagaoka M, Kim JY, Merino Y, Tanabe T. The physics of guiding catheters for the left coronary artery in transfemoral and trans-radial interventions. J Invasive Cardio. 2005 Dec; 17(12): 636-641.*2: Youssef AA, Hsieh YK, Cheng CI, We CJ. A single trans-radial guiding catheter for right and left coronary angiography and intervention. Euro intervention 2007; 3: 475-481.
Patients who have had cardiac catheterization or coronary angioplasty often are required to stay in bed with restricted movement for three to 24 hours afterward to prevent bleeding from the femoral artery catheter insertion site.
Features and Benefits
Improved back up support in comparison to Terumo standard femoral guiding catheter shapes*1
*1: Based on comparative studies made among Terumo Guiding Catheters*2: Ekari Y, Nagaoka M, Kim JY, Merino Y, Tanabe T. The physics of guiding catheters for the left coronary artery in transfemoral and trans-radial interventions. J Invasive Cardio. 2005 Dec; 17(12): 636-641.*3: Youssef AA, Hsieh YK, Cheng CI, We CJ. A single trans-radial guiding catheter for right and left coronary angiography and intervention. Euro intervention 2007; 3: 475-481.
Guide catheters are required for all coronary interventions to provide access to the coronary ostium and support equipment delivery. The ideal guide provides stability for device advancement through the coronary anatomy, while minimizing vessel trauma and allowing for vessel opacification.
The catheter is guided to the narrowed artery. Then, a smaller balloon catheter is inserted through the flexible catheter and inflated at the narrowed area to open it. Often, the doctor will also place a mesh coil called a stent at the narrowed part to help keep the artery open.
-
PTCA Balloon Ryurei
Description
Confidence in your hands
Ryureiâ„¢ has superior crossability1Â thanks to the combination of low distal profiles and Terumo’s hydrophilic M coating. The short balloon bonding and reinforced shaft1Â results in enhanced trackability1Â while maintaining excellent pushability1.
These features can increase physician’s confidence in success even during complex procedures.
CharacteristicsExcellent Pusability
The combination of flexible distal part, tapered core wire on the midshaft and the thick proximal hypotube, results in smooth and balanced transition across the entire catheter for high transmission force, resulting in excellent pushability
Superior Crossability2
Thanks to the combination of distal low profiles and the Terumo hydrophilic M-Coat, Ryurei offers low friction in crossing tight lesions
Enhanced Trackability2
With an optimal tip design and improved balloon bonding, Ryurei provides enhanced trackability, even in tortuous anatomy and difficult to navigate vessels.
General specifications
​Shaft diameter ​1.9 Fr/0.64 mm Proximal • 2.5 Fr/0.84 mm Middle • 2.4 Fr/0.79 mm to 2.7 Fr/0.89 mm (tapered) Distal (1.00 to 1.50 mm) • 2.6 Fr/0.87 mm Distal (2.00 to 4.00 mm) ​Usable length ​145 cm ​Balloon markers # ​1(Ø1.0 to Ø 1.5 mm) • 2(Ø2.0 to Ø4.0 mm) ​Nominal pressure ​6 atm / 608 kPa ​Rated burst pressure Ø1.0 – 3.0 mm=14 atm(1419kPa) • Ø3.25 – 4.0 mm = 12 atm(1216 kPa) ​Guidewire compatibility ​Maximum diameter: 0.014″ / 0.36 mm ​Lesion entry profile ​0.41 mm (Ø1.00 to Ø1.50 mm) • 0.43 mm (Ø2.00 to Ø4.00 mm) ​Coating ​Hydrophilic Item specifications
Balloon length / Product code​​ ​ ​ ​ ​ ​
Balloon Diameter 5 mm 10 mm 15 mm 20 mm 30 mm 40 mm 1.00 mm DC-RR1005HH ​1.25 mm ​DC-RR1205HH ​​DC-RR1210HH ​​DC-RR1215HH ​​DC-RR1220HH ​ ​ 1.50 mm DC-RR1505HH DC-RR1510HH DC-RR1515HH DC-RR1520HH 2.00 mm DC-RR2010HHW DC-RR2015HHW DC-RR2020HHW DC-RR2030HHW DC-RR2040HHW 2.25 mm DC-RR2210HHW DC-RR2215HHW DC-RR2220HHW 2.50 mm DC-RR2510HHW DC-RR2515HHW DC-RR2520HHW DC-RR2530HHW DC-RR2540HHW 2.75 mm DCRR2710HHW DC-RR2715HHW DC-RR2720HHW 3.00 mm DC-RR3010HHW DC-RR3015HHW DC-RR3020HHW DC-RR3030HHW DC-RR3040HHW 3.25 mm DC-RR3210HHW DC-RR3215HHW DC-RR3220HHW 3.50 mm DC-RR3510HHW DC-RR3515HHW DC-RR3520HHW DC-RR3530HHW DC-RR3540HHW 3.75 mm DC-RR3710HHW DC-RR3715HHW DC-RR3720HHW 4.00 mm DC-RR4010HHW DC-RR4015HHW DC-RR4020HHW References
1 Ryurei φ1.00-5mm compared to Tazuna 1.25-10 mm- Data on file ISCD-416-31-4
* For Ryurei Ø 1.00 mm – Ø 1.50 mm.
** For Ryurei Ø 1.00mm – 5mm ​2 Compared to Tazuna PTCA dilatation catheter
-
GUIDING CATHETER HEARTRAIL
Product Overview
IMPROVED BACK UP SUPPORT*1
Catheter designed to use contralateral wall resulting in enhanced back-up support.
UNIVERSAL SHAPE (IKARI LEFT)Â *2
Offer capability of accessing the right and left coronary arteries, potentially avoiding catheter exchanges.
DESIGN FOR SAFETY
Soft tip to reduce damage to the vessel wall
*1: Ikari Y, Nagaoka M, Kim JY, Moreno Y, Tanabe T. The physics of guiding catheters for the left coronary artery in transfemoral and trans-radial interventions. J Invasive Cardio. 2005 Dec; 17(12): 636-641.*2: Youssef AA, Hsieh YK, Cheng CI, We CJ. A single trans-radial guiding catheter for right and left coronary angiography and intervention. Euro intervention 2007; 3: 475-481.
Features and Benefits
Improved back up support in comparison to Terumo standard femoral guiding catheter shapes*1
*1: Based on comparative studies made among Terumo Guiding Catheters*2: Ikari Y, Nagaoka M, Kim JY, Moreno Y, Tanabe T. The physics of guiding catheters for the left coronary artery in transfemoral and trans-radial interventions. J Invasive Cardio. 2005 Dec; 17(12): 636-641.*3: Youssef AA, Hsieh YK, Cheng CI, We CJ. A single trans-radial guiding catheter for right and left coronary angiography and intervention. Euro intervention 2007; 3: 475-481.General Specifications
Sizes Available Item Code JL3.5/5F TCO06GC-F5JL350N JL3.5/6F TCO06GC-F6JL350N JL4.0/6F TCO06GC-F6JL400N JR3.5/5F TCO06GC-F5JR350N JR3.5/6F TCO06GC-F6JR350N JR4.0/5F TCO06GC-F5JR400N JR4.0/6F TCO06GC-F6JR400N JR4.0/7F TCO06GC-F7JR400N MULTIPURPOSE 6F TCO06GC-F6MP010N TR4.0/6F TCO06GC-F6TR400N Heartrail II is developed to maximize your back-up force when using right and left Ikari curves during transradial interventions and through its innovative 5-in-6 system.
Its high-strength wire braiding provides exceptional kink-resistance in tortuous blood vessels, while assuring superior torque response. It also has gentle tip and powerful shaft performance.
Reviews
There are no reviews yet.