Laser Hair Removal Crompton

Laser hair removal in our Manchester clinic

Directions to the clinic

Driving directions to Manchester, UK 23.0 mi – about 31 mins:

• Head southeast on B5207/Common Ln toward A574/Warrington Rd
• Turn right at A574/Warrington Rd
• At the roundabout, take the 1st exit onto Daten Ave. Go through 1 roundabout
• At the roundabout, take the 3rd exit and stay on Daten Ave
• At the roundabout, take the 1st exit onto A574/Birchwood Way
• At the roundabout, take the 3rd exit onto the M62 ramp to Manchester/Leeds/Bolton/M61
• Merge onto M62
• At junction 12, take the M60 exit to Leeds/Ring Rd (S & W)/Bolton/M66/Ring Rd (N)/M61
• Keep right at the fork, follow signs for Ring Rd (S & E) and merge onto M60
• At junction 1, take the A5145 exit to Stockport (West)/Stockport (Centre)
• At the roundabout, take the 2nd exit onto A5145/Travis Brow
• At the roundabout, take the 2nd exit onto Heaton Ln heading to Manchester/A6
• Turn right at A6/Wellington Rd N
• Turn left at Wellington St
• At Piccadilly, take the 1st exit onto St Peter's Square.

Undesired body hair is a recurring cause for concern, not only for women, but also for men. Invented to permanently lessen the growth of unwanted body hair through the use of advanced light energy, laser hair removal is a convenient way to reduce hair production. First developed in the 1990's, laser hair removal has now become a highly demanded, non-invasive cosmetic method to give clients an outstanding opportunity to substantially lessen undesired hair throughout most places on the body.

We use first-class technology to conduct this course of treatment, which is administered in relaxing surroundings. Clinic experts use an IPL epilator that issues a stream of light energy. The light energy harmlessly passes into the skin, and stops production of the hair follicles in their progressive development phase. Laser hair removal is a continuous procedure which neccessitates a handful of sessions since it simply affects actively growing hair, and not all hair follicles are active at once.