Bosworth Aesthetics have official NHS approval to provide Trilogy Ice laser hair removal for transgender clients.

With over 20 years experience with the laser hair removal industry, We are one of a select few clinics within the midlands to be approved and listed on the clinic referral register.

Using the ‘Power of three’ 3D-Trilogyice is the latest advance in laser hair removal technology offered at a highly competitive price. The system combines the proven benefits of three wavelengths, achieving maximum results and versatility when compared to single wavelength. This powerful combination of different penetration and absorption levels of wavelengths, combined with the speed of delivery, ensure that you will be providing one of the safest and most comprehensive hair removal solutions available.

3D-Trilogyice provides comfortable and effective laser hair removal on all skin types with maximum effect at an affordable price.

3D- Trilogyice combines the proven benefits of three wavelength, achieving maximum results and versatility when compared to single wavelength. This powerful combination of different penetration and absorption levels of wavelengths, combined with the speed of delivery, ensuring that you will be receiving one of the safest and most comprehensive hair removal solutions available.

There is no doubting the evidence proving the benefits in utilising three laser wavelengths in a single hand piece which simultaneously targets different tissue depths as well as anatomical structures within the hair follicle. With the combination of different penetration and absorption levels of these wavelengths, combined with the speed of delivery, you can be assured you will be receiving one of the safest and most comprehensive hair removal solutions today.

Super-fast treatment

Precision application

Safe and virtually painless

Suitable for all skin types including tanned

Affordable

Unprecedented Results

 

3D-Trilogyice hair removal employs volumetric heating of the dermal tissue. This heat can alter the stem cell function of the hair. The fluence of each pulse is delivered at a low power and the pulses are delivered rapidly to collectively heat the dermal tissue and thermally injure the hair follicle.

The melanin content in the hair attracts the pulses to conduct the heat rising the temperature of the follicle above the temperature of the dermal tissue. Resulting in permanent hair reduction.