Thighs that refuse to be smooth. Arms that defy more than define. A belly few bathing suits flatter. No matter what sort of shape we’re in, every one of us has a trouble spot or two that weighs on our mind and our body. It’s these stubborn areas that are the perfect candidates for SlimLipo laser liposuction and lipolysis at Sydney’s Cosmetic Medical Clinic.
We use the SlimLipo system to deliver cheap liposuction and lipolysis to our clients. Utilising revolutionary laser body sculpting technology, SlimLipo is a minimally-invasive surgical procedure that gently “melts” and removes unwanted fat cells in as little as an hour, leaving skin firmer and more toned. And because of our precision technology, few surrounding tissues are affected — meaning you’ll experience little discomfort and minimal downtime.
The state-of-the-art SlimLipo laser lipolysis system delivers a unique fat “melting” laser wavelength that gently liquefies fat for easier removal from the body through either a medical suction device or your body’s own lymphatic system. This low cost laser liposuction and lipolysis technique used by our Sydney practitioners can also reduce sagging through the retraction of tissue and create a smoothly contoured surface.
SlimLipo is a cheap option of liposuction and lipolysis for men and women with areas of unwanted fat they want to get rid of quickly — particularly challenging areas that don’t respond to diet and exercise. During your consultation we will help you determine if you are a good candidate for the procedure but typically our patients are:
SlimLipo may be the right body sculpting choice if you are looking for:
Laser liposuction and Lipolysis costs will vary depending on a number of factors, including the area being treated.
To find out more about our services in cheap laser liposuction and lipolysis in Sydney, including laser liposuction costs, please call (02) 9211 6916 or fill out the form below to send us an online enquiry. We would love the opportunity to organise an obligation and fee-free consultation.