Description
What is PFS?
Pelvic Floor Stimulation (PFS). One in three women suffer from incontinence during their lives. It can occur at any time, most commonly after childbirth. PFS strengthens the pelvic floor by passing mild electrical pulses via an internal vaginal probe to contract and relax the pelvic floor muscles.
Features and Benefits:
- Strengthens pelvic floor muscles
- 4 pre-set modes
- Large LCD user display
- Load detection
- Automatic power off
- Compact and Lightweight
- Safe and Easy to use
- Recommended by Professionals
- Value for money
What’s Included ?
- SensaTONE vaginal probe
- Instructions
- 1x Leadwire
- Neck Cord
- 1x Lubricant gel sachet
- Soft pouch
- 2 x AAA batteries
Can the SensaTONE be used with other probes?
Yes, however to use with the Sensaprobe + , Sensaprobe4m, Periform + and Anuform probes you will need to purchase a ‘flexi leadwire SensaTONE adapter cable’. See below in the ‘You may also like products’ section.
Downloads:
SensaTONE Instructions for use
Technical details:
| Output Channel: | Single |
| Output Voltage: | 0-40V adjustable in 14 steps across a 500Ω load |
| Output Intensity: | 0-80mA adjustable in 14 steps across a 500Ω load |
| Programme: | All outputs have 200µs pulse width. For the Urge, Stress and Mixed mode, the output pulses are alternatively switched on and off for 5 seconds.
Urge (Display A) 5Hz 3 mins, 10Hz 5 mins, 15Hz 5 mins, 20Hz 5 mins, 15Hz 5 mins, 10Hz 5 mins, 5Hz 2mins. Total time = 30 mins Stress (Display B) 10Hz 5 mins, 35Hz 5 mins, 50Hz 10mins, 35Hz 5mins, 10Hz 5mins. Total time = 30 mins Mixed (Display C) 10Hz 5mins, 20Hz 5 mins, 30Hz 5 mins, 40Hz 5mins, 50Hz 5mins, 40Hz 5mins, 30Hz 5mins, 20Hz 5mins, 10Hz 5mins. Total time = 45 mins After Care (Display D) Freq. Modulation Frequency increases from 2 Hz to 10 Hz in 4 secs then back to 2Hz for 4 secs. Total cycle = 8 secs. Total time = 45 mins |
| Output Waveform: | Biphasic rectangular |
| Safety: | Automatic 5 minutes power Off |
| Battery: | 2 x 1.5v AAA Batteries |
| Battery low detect: | 2.2V±0.1V |
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