LaseMD is designed for people who want to improve sun-related pigmentation, uneven tone and rough surface texture without choosing fully ablative resurfacing.
At Medical Aesthetics 360, treatment is planned around what is actually visible in your skin - not a standard number of passes or a one-size-fits-all course. Your pigmentation pattern, skin tone, sensitivity and appetite for recovery all influence the setting.
The 1927 nm thulium wavelength is strongly absorbed by water. LaseMD divides that energy into microscopic columns rather than treating the entire surface as one continuous field. These controlled thermal zones encourage damaged surface cells to turn over while neighbouring tissue supports recovery.
This makes the platform particularly relevant to photodamage and texture near the skin surface. It is not a substitute for every laser: a brown spot that needs diagnosis, deep acne scarring or significant skin laxity may require a different approach.
A useful distinction: LaseMD is often chosen for tone and surface quality. It is not primarily a lifting device, and stronger energy is not automatically the better plan.
Laser selection starts with the diagnosis. Similar-looking marks can have different causes, which is why assessment matters before a treatment is chosen.
Fractional thulium treatment can help reduce the appearance of solar lentigines, mottled photodamage and dull, uneven tone. Any new, changing or irregular pigmented lesion should be medically assessed rather than treated cosmetically.
Selected patients may benefit from a cautious, staged plan, usually alongside sunscreen and pigment-controlling skincare. Melasma is chronic and relapse is common; heat or inflammation can also trigger worsening, so laser is not the default answer for every case.
As damaged surface cells shed and healing progresses, skin may look smoother and more refined. Fine lines can soften, although deeper wrinkles and laxity often need a treatment aimed at a different tissue depth.
LaseMD may improve brown post-inflammatory marks and mild surface irregularity. Deep ice-pick, boxcar and tethered rolling scars generally respond better to a scar-specific combination plan.
Energy, density, passes and treatment area work together. The useful setting is the one that balances your goal with a recovery period and risk profile that make sense for your skin.
A lower-intensity session may suit subtle brightness or texture goals and a preference for less visible recovery. Changes are usually gradual and a series may be considered.
A more noticeable fractional treatment may be selected for established photodamage or uneven texture, with greater warmth, dryness and temporary bronzing expected.
Higher settings can create a more intensive response but also increase swelling, flaking and pigment risk. This is considered only when the benefit justifies the added recovery.
A recent systematic review of 1927 nm thulium laser studies reported improvement in skin texture, pigmentation and scar appearance. Reported adverse effects were generally mild and temporary.
The same review noted that melasma relapse occurred, treatment protocols varied, and most included studies had a moderate-to-high risk of bias. In practical terms, the technology has a useful evidence base, but no responsible consultation can promise a uniform result or a maintenance-free cure.
A suitable patient usually has a clearly identified concern, realistic expectations and the ability to protect healing skin from sun exposure. A consultation should also identify reasons to modify or postpone treatment.
A clear plan is more useful than a rushed laser session. Each stage helps reduce avoidable risk and makes the expected recovery easier to understand.
Your concern, skin history, medications, recent sun exposure and tendency to pigment are reviewed. Baseline photographs may be taken.
The skin is cleansed and protective eyewear is fitted. Topical anaesthetic may be used when the planned intensity or area requires it.
The handpiece is passed across the planned area in a controlled pattern. Warmth and prickling usually build as treatment progresses.
Cooling and aftercare are provided. Review timing depends on the setting, skin response and whether a staged course is planned.
Immediately after treatment, skin can feel hot and look red or mildly swollen. Over the following days, a bronzed or sandpaper-like texture can develop before fine flaking occurs. The intensity and duration vary, and stronger settings generally produce more visible recovery.
Uncommon complications can include prolonged redness, post-inflammatory hyperpigmentation or hypopigmentation, acne or herpes flare, infection and scarring. Prompt advice matters if pain, swelling, blistering or discharge is increasing rather than settling.
No cosmetic laser is risk-free. Individual advice takes priority over general timelines, particularly for darker skin tones, melasma-prone skin and patients with a history of difficult healing.
Several technologies can improve skin quality, but they act differently. The best match depends on whether the priority is pigment, vascular redness, deep scarring, pores or laxity.
Medical Aesthetics 360 offers access to multiple laser and energy-based platforms. This matters when the visible concern would be better treated with light, deeper resurfacing, radiofrequency or a combined plan instead of LaseMD alone.
The aim is a measured recommendation: enough treatment to be worthwhile, without adding intensity that your skin or schedule does not need.
Convenient for patients from Sydney's Lower North Shore and surrounding suburbs.
Accessible for patients from St George, southern Sydney and nearby areas.
These answers provide general guidance. Your skin assessment, chosen setting and aftercare plan may change the details.
LaseMD is a non-ablative fractional laser that uses a 1927 nm thulium wavelength. It creates controlled microscopic treatment zones while leaving surrounding skin intact, supporting gradual renewal with less recovery than fully ablative resurfacing.
The 1927 nm wavelength is strongly absorbed by water in the skin. Fractional delivery creates many tiny thermal zones in superficial layers, prompting old surface cells to shed and a clearer, smoother-looking surface to emerge as healing progresses.
It is commonly considered for sun-related pigmentation, uneven tone, rough texture, visible pores and fine lines. It may also help superficial discolouration associated with acne marks. Suitability depends on diagnosis, skin tone, current inflammation and treatment goals.
It may be considered for selected melasma cases as part of a wider plan, but melasma is chronic and can relapse or worsen after heat and inflammation. Conservative settings, strict sun protection and maintenance skincare are important, and laser is not appropriate for every case.
It can help post-acne pigmentation and mild surface texture. Deeper ice-pick, boxcar or rolling scars usually need a scar-specific plan that may include subcision, fractional carbon dioxide laser, radiofrequency microneedling or other targeted procedures.
The treatment can be adapted for a range of skin tones, but it is not risk-free. Darker skin tones and people with a history of post-inflammatory pigmentation generally need lower energy and density, careful preparation and closer follow-up. Recently tanned or sunburnt skin should not be treated.
Sensation varies with the treatment intensity and area. Patients often describe warmth, prickling or a hot scratching feeling. Topical anaesthetic and cooling may be used when a stronger setting is planned.
Laser delivery can be relatively quick, but the full visit may take longer when assessment, photography, cleansing, topical anaesthetic and aftercare are included. The area and chosen treatment strength also affect appointment time.
A light treatment may cause short-lived redness and dryness. Stronger settings can produce swelling, bronzing and a sandpaper-like texture followed by several days of flaking. Recovery is individual and should be planned around the prescribed setting rather than a fixed promise.
This depends on treatment strength and how the skin is healing. Makeup should not be applied while the surface is hot, weeping or significantly irritated. Follow the individual aftercare advice provided at treatment.
Some people choose one stronger session, while others prefer a series of gentler treatments. The number depends on the concern, baseline skin condition, recovery preference and response. A course should be recommended only after assessment.
Skin can look brighter after early healing, with texture and tone changing more gradually over subsequent weeks. Results are not permanent because sun exposure and ageing continue. Daily sunscreen and an appropriate maintenance plan help protect improvement.
Common areas include the face, neck, upper chest and hands. Treatment around the eyes or other sensitive areas needs appropriate eye protection, suitable settings and an experienced clinician.
LaseMD is a non-ablative 1927 nm fractional treatment focused on superficial renewal. Fractional carbon dioxide laser is ablative and can create more intensive resurfacing for deeper texture or scars, with greater recovery and risk. The better option depends on the problem being treated.
Treatment may need to be deferred with active infection, cold sores, open skin, sunburn, a recent tan, uncontrolled inflammatory skin disease or certain medicines. Suspicious pigmented lesions require medical assessment before cosmetic laser. Pregnancy and individual medical history should also be discussed.
Cost depends on the area, treatment intensity and whether a single session or course is suitable. A meaningful quote requires assessment because a stronger treatment is not automatically better and not every pigmentation concern should be treated with this laser.
Read about related concerns, alternative technologies, treatment examples and clinic locations across Medical Aesthetics 360.
This page provides general information and does not replace personal medical advice. Outcomes, recovery and complications vary. A consultation is required to confirm diagnosis, suitability and an appropriate treatment plan.
