Planning Laser Hair Removal? A Skin Scan Should Be Step One

With summer around the corner, many people are considering cosmetic procedures like laser hair removal or skin resurfacing. While these treatments are incredibly popular and effective, there is an important medical step that is often overlooked. Before undergoing any laser treatment, it is important to have any moles in the treatment area professionally assessed.

How Lasers Interact with Your Moles
Cosmetic lasers generally work by targeting dark pigment, which is why they are so effective at zapping hair follicles or sun spots. However, because moles (pigmented lesions) are naturally concentrated areas of pigment, they easily absorb that same laser energy.
This exposure can significantly alter the physical appearance of the lesion. Depending on the laser used, the energy might lighten, darken, or partially obscure a mole entirely.
The Hidden Risk of Altered Lesions
While a fading mole might not sound like an issue, it presents a major challenge for skin cancer detection. When a laser alters the natural structure, borders, and colour of a mole, it can make future monitoring much more difficult.
If a specific lesion begins to develop abnormal, cancerous cells in the future, the early warning signs will be masked by the cosmetic laser damage. Ultimately, the changes caused by laser treatments can make certain lesions much harder for a physician to assess accurately later on.
The Solution: Map Before You Zap
You don't have to cancel your laser appointments, you just need to map your skin first. Having a comprehensive skin scan is an important step prior to starting your aesthetic treatments.
At Skin Scan Abbotsford, we use advanced dermoscopy to document the exact microscopic structure of your moles. Establishing this baseline record helps ensure that any future changes to the skin can be easily identified and monitored.
You can enjoy the results of laser treatments, but make sure to prioritize your skin health first. Take a proactive approach and book your total body baseline scan today.




Comments