Features
NeuroTrac
Continence is a Digital Dual Channel STIM unit suitable for;
- pelvic floor muscle
strengthening
- urinary and faecal
incontinence
- bladder frequency
and urgency,
- lack of sensitivity
of pelvic floor
- pelvic floor
workout - combining several phases and parameters
- pain relief
- muscle strength and
endurance.
The NeuroTrac
Continence has 9 built in programmes and 3 customisable, work/rest
programmes which are simple to set up. NeuroTrac Continence EMS (electrical
muscle stimulation) units are widely used by physiotherapists in their
practices and you can now bring the same technology to the privacy of your own
home, in a simple, user-friendly compact and reliable stimulation device.
The NeuroTrac Continence records the average current used plus the time
in use along with the ability to lock the unit.
What is included?
- Continence
electrical stimulation unit
- 9V Battery
- 2 lead wires (
connects electrodes to unit)
- User manual
- Soft storage case
Women can use
electrical stimulation with either anal, vaginal or external electrodes. Men
can use electrical stimulation with anal or external electrodes
SPECIFICATIONS
STIMULATION
- Dual channel:
individually isolated circuits.
- Amplitude: 0 - 90
mA into 500 Ohm load; indication only. Actual mA will tend to be less than
indicated due to electrode impedance: at 1000 Ohms load (Electrodes in poor
condition) the maximum will be limited to 70 mA, at 1500 Ohms load the maximum
will be limited to 65 mA.
- Type: Constant
Current, maximum output voltage 180 Volts +10 / -30 Volts
- Waveform:
Asymmetrical, rectangular bi-phasic with zero DC current.
- Selectable pulse
width: 50 S - 450 S [2% accuracy].
- Pulse Rate
selection: in the continuous mode 2 Hz - 100 Hz [2% accuracy].
- Time duration of
the treatment selectable: 1 minute to 90 minutes.
- Low Battery
Indicator: If the battery goes below 6.9 volts +/- 0.2 volts the battery symbol
will flash on/off once every second.
- Open Electrode
Detect: If an open circuit is detected at the output of channel A or B the
output current will be reset at zero.
