Stratford Dermatherapy Clinic - Fat Removal Center

Laser skin/ Melasma treatments, Age spots removal

BEFORE & AFTER SMART LIPO GALLERY

If you would like to view a a short video that demonstrates how Laserlipolysis works please click here

SMARTLIPO:-Interstitial LaserlipolisiS

Are you stressed about not being able to shift those last few pounds; worried about how the bikini is going to look on the beach this year; getting teased about your double-chin?

Then SMART LIPO could be the answer for you:

Minimally invasive
Performed under local anaesthetic
No major cuts or scars
No bleeding or bruising
Minimal if any post procedure discomfort or pain
NO DOWNTIME with immediate return to work
Affordable compared to more invasive surgery
No need for prolonged compression bandaging

Laserlipolisi - laser-assisted Treatment

The main application of the SmartLipo laser system is Laserlipolisi,a laser-assisted liposculpture treatment with a totally revolutionary concept.

Laserlipolisi® is an innovative technique designed especially for removing excess fatty tissue thanks to the selective interaction of the laser beam with the fat cells.

This results in the disintegration of the membranes of the lipocytes and the elimination of their contents, naturally, through the lymphatic system, a parallel system of vessels in the body which serve to sieve out debris and waste in the human body. SmartLipo offers the chance to carry out minimally invasive liposculpture treatments (the cannulas have a diameter of only 1mm), in a decidedly less traumatic manner compared to traditional techniques. SmartLipo represents the new standard in liposculpture. Its technique uses the high peak power of the laser to rupture the membrane of the fat cells. The effect is not only thermal but also photomechanical, and the rapid and elevated absorption of light energy by the fat-cell membrane creates an opening in the membrane itself allowing the contained fat to escape. This results in the production of an oily, low-viscosity aggregate which facilitates body modelling. The laser light is conveyed through micro-cannulas (with a diameter of one millimetre) into which an optical fibre of only 300 micrometers is inserted.