Jennifer Berman MD is excited to offer the multi-functional platform delivering the most advanced solutions leveraging multiple technologies, including fractional coagulation, sub-necrotic heating, and muscle stimulation, to treat a broad range of conditions – EMPOWERRF.
What is EMPOWERRF?
EmpowerRF is a multi-functional platform delivering life-changing women’s wellness therapies. It is the most advanced solution leveraging multiple technologies, including fractional coagulation, sub-necrotic heating, and muscle stimulation, to treat a broad range of conditions, such as blood circulation, pain relief, stress, urge, and mixed urinary incontinence (SUI) and pelvic floor weakness.
KEY BENEFITS:
- Leverages multiple complementary energies:
- intravaginal electrical muscle stimulation (EMS)
- sub-epithelial fractional radiofrequency
- bipolar radiofrequency
- Synergistic technology handpieces provide customized, layered procedures to address a broad range of issues
- Versatile in-office system quickly delivers targeted, effective, and safe therapies
- Restore patient self-confidence and quality of life without surgery or prolonged downtime
EMPOWERRF TECHNOLOGIES INCLUDE:
VTONE
VTone is a gentle, FDA cleared technology designed to provide intravaginal electrical muscle stimulation (EMS) and neuromuscular re-education to rehabilitate weak pelvic floor muscles, and address stress, urge, and mixed urinary incontinence.
MORPHEUS8V
Morpheus8V is a fast and effective bipolar radiofrequency technology that provides a wide range of customized solutions. Fractional tissue coagulation up to 3mm depth, allowing doctors to address multiple procedures.
FORMAV
FormaV is a comfortable treatment that provides uniform volumetric deep heating for tissue remodeling with real-time temperature control. The versatility of this RF technology allows the practitioner to provide customized solutions to improve tissue health.
AVIVA
Aviva is a minimally invasive procedure for hemostasis and coagulation. This innovative technology is designed with extensive safety features to reduce the risk of thermal injury during remodeling the soft tissue matrix.
