Urogynecological tecartherapy · 2nd generation

Capenergy C500 Urogyne: MJS intracavitary platform

Second-generation manual tecartherapy for professional urogynecological physiotherapy, with thermal control and tissue-tuned delivery.

Includes an anatomically shaped intracavitary probe for vaginal or rectal approaches, MJS technology, and a temperature sensor to regulate thermal rise at the treatment site.

  • MJS intracavitary device (vibration option available per manufacturer)
  • Single channel, 310 W, SYSTEMAP multi-frequency (0.8 / 1 / 1.2 MHz)
  • Biofeedback and multi-patient workflow with probe covers
Capenergy C500 Urogyne device
Capenergy C500 Urogyne

Clinical overview

According to Capenergy, C500 Urogyne integrates MJS technology for urogynecological physiotherapy: it delivers energy locally through an intracavitary head designed for anatomical fit, with vaginal or rectal approaches depending on protocol.

Thermal rise at the treatment site is supported by a temperature sensor; the manufacturer also highlights biofeedback compatibility and multi-patient use with probe covers.

Within the same C500 family, Capenergy offers the C500 Intraoral configuration for oral and maxillofacial tecartherapy (different accessories and treatment segments).

Recommended applications

  • Urogynecological physiotherapy and pelvic floor care
  • Intracavitary protocols with appropriate clinical training
  • Clinics that need thermal control and tunable parameters on a single high-power channel

Technical details

Key data to assess clinical and operational integration.

Primary focus Intracavitary (MJS)
Mode Manual tecartherapy
Channels 1
Power (manufacturer data) 310 W
Frequencies 0.8 MHz / 1 MHz / 1.2 MHz
System SYSTEMAP multi-frequency
Temperature control Yes
Biofeedback With the device
Multi-patient Probe covers
Stand Optional (mobile)

Included

  • MJS intracavitary device
  • Heads in multiple shapes and sizes for specific indications
  • Upgrade path compatible with the C100 platform (capacitive/resistive electrodes and active plate, depending on configuration)