
Physiq
Get your body to the next level when exercise and diet may not work. PHYSIQ uses STEP technology (sequential thermal & electrical pulses) for the body. It incorporates electrical muscle stimulation (EMS) and a super-luminescent diode matrix (SDM). Using EMS and SDM energies from PHYSIQ’s four applicators, variable stimulation is provided to maximize body contouring outcomes in hands-free, comfortable, no downtime treatments. In addition, PHYSIQ is designed so multiple areas can be targeted simultaneously.
PHYSIQ includes
- Four applicators using both EMS and SDM
- Consistent contact sapphire cooling with SDM
- Customizable parameters
- Patient control button
- Secure applicators
- Treatment setup and navigation modes are accessible with an intuitive user interface.
The STEP technology in PHYSIQ is an electrical muscle stimulator and a super-luminescent diode matrix that can be delivered to the body from one application. Using the energy modality to the tissue and the muscle, results are maximized, and treatment time is minimized.
At the same time, PHYSIQ can target one or more body areas. Energy is radiated at a 120-degree angle from the applicator to provide broader coverage to underlying tissue. In addition, small applicator sizes mean the device can be arranged in an exemplary fashion on the needed areas and makes it easier to target small areas like the inner thighs.
Customized silicone gel pads are on each applicator to support energy transfer and make the device snug. There are body bands in two sizes to keep applicators in place and eliminate the need for staff supervision. As a result, the skin’s tissue reaches and maintains therapeutic temperature during treatment, eliminating dangerous spikes in energy. There is also simultaneous contact cooling which causes the skin’s surface temperature to rise only minimally. In addition, patients can fine-tune their comfort level.
PHYSIQ’s multi-modality technology is reshaping the body contouring industry. Comfort, less time, and excellent results are included in PHYSIQ.