Forever Bare BBL

FOREVER BARE BBL

Revolutionary technology in hair removal

Forever Bare BBL Forever Bare BBL logo

Information

Forever Bare BBL - Infinity Skin Clinic Sydney

FOREVER BARE BBL

Forever Bare BBL from Sciton is a revolutionary technology in hair removal. Traditionally, hair removal devices apply all of their energy to any given area all at once. By sending multiple lower fluence pulses at a high repetition rate, Forever Bare BBL provides a treatment that is safe, fast, efficacious, and comfortable. The motion BBL technology allows for extremely even heating of hair follicles and minimizes missed areas that occur with traditional hair removal devices.

Laser Hair Removal is only available at our Mosman Clinic.

The most comfortable treatment available.

In addition to the motion BBL technology, the thermoelectrically cooled sapphire plate on the Forever Bare BBL handpiece provides continuous cooling, even at maximum power, to keep the skin cool and comfortable before, during and after treatment.

Speed
A large 15 x 45 mm spot size with the highest power and repetition rate of any light device on the market allows for extremely fast treatment times.

Safety
By providing energy in multiple bursts instead of all at once, Forever Bare BBL keeps the skin protected and progressively raises the follicle temperature to the therapeutic level for hair removal.

Flexibility
Multiple spot size adapters allow the user to treat large areas quickly and small areas precisely. Smoothie adapters soften the edges of the treatment head to make the treatment more comfortable when using the motion technique.

For Most Skin Types
By increasing the temperature of the follicle to therapeutic levels gradually and keeping the skin protected with cooling, Forever Bare BBL can effectively treat up to skin type V.

Book Now

Please fill out the form below to get in touch with us:

Alternatively, feel free to give us a call to discuss any treatment or procedure questions you may have
This field is for validation purposes and should be left unchanged.