FTE-1212B-3518

1.2F Pressure-Volume Catheter (small mouse)

The ideal catheter for small mouse pressure-volume studies: the catheter has a 3.5mm electrode distance to best fit the long axis of the left ventricle.

5.25 mm to
5.75 mm

FTE-1212B-4018

1.2F Pressure-Volume Catheter

Our standard mouse pressure-volume with a 4.0 mm recording electrodes spacing for use with average sized mice.

5.75 mm to
6.25 mm

FTE-1212B-4518

1.2F Pressure-Volume Catheter (standard)

Our standard mouse pressure-volume with a 4.5 mm recording electrodes spacing for use with average sized mice.

6.25 mm to
6.75 mm

FTE-1218B-E418

1.2F Mouse VSL Pressure-Volume Catheter

A unique 1.2F Pressure-Volume catheter that offers four different volume electrode spacings: 5 mm, 6mm, 7mm, and 8 mm. This is the ideal PV catheter for studies with mouse where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

FTE-1912B-6018

1.9F Pressure-Volume Catheter

Our rat pressure-volume catheter with an 6 mm ring spacing for use with small sized rats.

7.75 mm to
8.25

FTE-1912B-8018

1.9F Pressure-Volume Catheter (Polyimide)

Our standard rat pressure-volume catheter with an 8 mm ring spacing for use with average sized rats.

9.75 mm to
10.75

FTE1-1912B-8018

1.9F Pressure-Volume Catheter (Pebax)

A more flexible and softer version of our standard rat pressure-volume catheter with an 8 mm ring spacing for use with average sized rats.

9.75 mm to
10.25

FTE-1912B-10018

1.9F Pressure-Volume Catheter (Polyimide)

Our standard rat pressure-volume catheter with an 10 mm ring spacing for use with average sized rats.

11.75 mm to
12.25

FTE-1918B-E118

1.9F Small Rat VSL Pressure-Volume Catheter

A unique 1.9F Pressure-Volume catheter that offers four different volume electrode spacings: 6 mm, 8mm, 10mm, and 12 mm. This is the ideal PV catheter for studies with smaller rats where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

10.75 mm to
15.25 mm

FTE-1918B-E218

1.9F Medium Rat VSL Pressure-Volume Catheter

A unique 1.9F Pressure-Volume catheter that offers four different volume electrode spacings: 8mm, 10mm, 12mm, and 14 mm. This is the ideal PV catheter for studies with medium rats where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

12.75 mm to
17.25 mm

FTE-1918B-E318

1.9F Large Rat VSL Pressure-Volume Catheter

A unique 1.9F Pressure-Volume catheter that offers four different volume electrode spacings: 8mm, 11mm, 14mm, and 17 mm. This is the ideal PV catheter for studies with large rats where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

14.75 mm to
21.25 mm

FTE-3518B-E124

3.5F Small Rabbit VSL Pressure-Volume Catheter

A unique 3.5F Pressure-Volume catheter that offers four different volume electrode spacings: 5mm, 8mm, 11mm, and 14mm. This is the ideal VSL PV catheter for studies with smaller rabbits where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

13.0 mm to
22.0 mm

FTE-3518B-E224

3.5F Medium Rabbit VSL Pressure-Volume Catheter

A unique 3.5F Pressure-Volume catheter that offers four different volume electrode spacings: 8mm, 11mm, 14mm, and 17mm. This is the ideal VSL PV catheter for studies with standard sized rabbits where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

16.0 mm to
25.0 mm

FTE-3518B-E324

3.5F Large Rabbit VSL Pressure-Volume Catheter

A unique 3.5F Pressure-Volume catheter that offers four different volume electrode spacings: 11mm, 14mm, 17mm, and 20mm. This is the ideal VSL PV catheter for studies with larger rabbits where there is an expectation that the ventricular long axis length space may increase or decrease, thus still supporting a "best fit" for the volume electrodes.

19.0 mm to
28.0 mm