Elegance+

3 Year Warranty

Description

The Elegance+ is two machines in one and provides both True blend and Flash operating modes. The newest and latest technology is used to provide faster response, extreme accuracy, and precise timing. This assures maximum client comfort.

Features

Auto memory recall of previously used settings when switching between Flash and Blend modalities
Proven quick release presets for all hair types in both Flash and Blend modalities.
- Preset settings remain fully adjustable by the electrologist
Air feature available in Flash, Blend & single currents modalities. Soothes the surface of the skin.
- Selectable by foot switch activation, autosense or set for continuous flow
Hair epilation counter- increments with footswitch activation or by autosense
Test feature for testing probe cord, footswitches and accessories
Two timers – treatment (0 – 20 sec) and session (5 – 60 min)
Audio feedback (soft tone) for settings and timing functions

Operating Modes

Blend Mode (Single Current Modalities)

DC, RF (Low Intensity) and full BLEND currents can be activated by:

Two footswitches – for blend or single current (RF or DC)
One footswitch – (Autoblend mode) – for blend or single current (RF or DC)
No footswitch – (Autosense mode) – for single, dual currents or flash)

Pulse mode:

Low intensity RF pulsing. Available with blend or RF modalities for additional client comfort

UL display:

Units of lye automatically calculated when using DC current and treatment timer

Phoresis:

CATA+ for post electrology treatments
ANA- for skin treatments

Flash Mode

Flash modality features adjustable pulse widths for best results. It uses a combination of wide and narrow pulses to assure faster epilations with maximum client comfort

The flash treatment is started either by footswitch activation or autosense mode. It is automatically ended as set by the chosen hair type preset or by the electrologist setting
Additional features such as continuous air, hair epilation counter, session timing, etc., as previously described, also apply in the flash modality