SKINTIGHT vs fractional laser microplasma or laser, compared fairly

What they share

Why microplasma and fractional lasers get compared

Both are fractional treatments. Instead of treating the whole surface, they create thousands of microscopic treatment zones and leave untouched skin between them, which acts as a reservoir for repair. The idea, first described in 2004, used zones about 0.1 mm wide and 0.3 mm deep that healed within a day, and it is why modern resurfacing recovers far faster than older full-surface methods.

Each tiny injury prompts the skin to lay down new collagen over the following weeks and months. That shared mechanism is why SKINTIGHT and fractional lasers are used for some of the same concerns: rough texture, enlarged-looking pores, fine lines, stretch marks and some scarring.

The differences lie in the energy, how deep it reaches, who performs it and how long recovery takes. Those differences, not the label, decide which one suits your skin.

How each works

Microplasma vs laser: how the energy reaches the skin

SKINTIGHT uses the microplasma mode of the Alma PrimeX. Radiofrequency energy at 40.68 MHz is released through fine pins that discharge just above the skin, forming plasma that creates micro-channels in the surface while conducting heat into the upper dermis. No needles pierce the skin, a session takes about 30 minutes, and numbing cream is available.

Fractional CO2 uses laser light at 10,600 nm, which is absorbed by water. Each microbeam vaporises a column of tissue through the epidermis into the dermis, with a rim of heated tissue around it. Dr Sin Yong's S3 Resurfacing on the DEKA Tetra Pro sets the depth and density scar by scar, after 45 to 60 minutes of numbing cream.

Non-ablative fractional lasers heat columns of the dermis while the surface stays in place and acts as a natural dressing. Dr Sin Yong's FSX Laser combines thulium and erbium-glass energy in several passes, adjusted zone by zone, in about 30 minutes after around 45 minutes of numbing cream.

Side by side

SKINTIGHT vs fractional laser at a glance

The table compares typical use of each treatment. Settings change a great deal, so a strong microplasma pass and a light laser pass can overlap more than the table suggests.

Depth

How deep each one reaches, and why it matters

Depth decides what a treatment can change. Surface roughness, dullness, fine crepiness and enlarged-looking pores sit largely in the epidermis and upper dermis, within reach of microplasma. Deep acne scars, thick surgical scars and old white stretch marks involve collagen deeper in the dermis, which is where fractional lasers, particularly CO2, do more per session.

That is why SkinRev Lab is clear about SKINTIGHT's limits: it can improve surface texture and shallow marks with little recovery, but it cannot change the depth or structure of an established depressed scar, which needs a medical laser or a combined scar plan. Equally, a deep CO2 laser is more than many people need for dull skin or fine texture, and it brings a week of downtime and a higher pigment risk.

Some scars need neither as the first step. Rolling scars tethered by fibrous bands do not lift until the bands are released by subcision, and narrow ice pick scars usually need a focused method such as TCA CROSS; both are performed by a doctor.

Downtime

Downtime compared, from the first day to the first month

Downtime follows the setting more than the machine. These are typical patterns for the face; your own plan is explained before you book, and the instructions you are given on the day come first.

Evidence

What the research shows, fairly

The most direct comparison is a randomised split-face trial of 33 Asian patients with atrophic acne scars, who had three sessions of fractional microplasma on one side and fractional CO2 on the other. Both sides improved by a similar amount, 56.4% and 59.2% on a standard acne scar scale, with no significant difference. PIH followed 30 of the 99 CO2 sessions, in 12 patients, and was not seen on the microplasma side.

Other studies fill in the picture. In 60 Chinese patients, microplasma improved acne scars more than RF microneedling, especially rolling scars, but with more pain and longer redness, and PIH in one patient. A 2010 pilot study of 16 people found scars and wrinkles improved over two to four sessions with short downtime. In 95 Asian patients with non-raised burn scars, microplasma improved colour, thickness and pliability, but prolonged PIH, acne flares and cold sores were reported.

The fair reading: microplasma can rival a laser for some atrophic scars with less pigment risk, but the trials were small, used medical devices at scar-level settings over several sessions, and do not test SKINTIGHT itself. Fractional CO2 has the larger body of evidence and remains a main tool for deeper, structural scarring. Individual results vary.

Asian skin

PIH risk in Asian skin: lower is not none

Post-inflammatory hyperpigmentation (PIH) is the side effect people in Singapore worry about most after any resurfacing. With fractional CO2 it is common: in nine Chinese patients, 55.5% had PIH one month after a single full-face treatment, falling to 11.1% at six months. Non-ablative lasers carry less risk, and a 2026 review of 15 studies in skin types III to VI found PIH rates fell when energy and density were lowered.

Microplasma looks gentler on pigment in the trials so far, which is one reason it appeals to people who darken easily. But PIH has been reported with it, especially at stronger scar settings, so the same precautions apply whichever you choose.

• Avoid treatment while tanned or sunburnt, and do not book just before a beach holiday.
• Mention any history of dark marks after spots, bites or earlier treatments.
• Expect conservative settings at first, and sometimes a test area, if you darken easily.
• Use sunscreen daily and seek shade, especially between 11am and 3pm.
• Do not pick scabs or crusts, and pause scrubs, acids and retinoids as advised.
• Report new darkening early, so the plan can be adjusted.

Who suits which

Which suits your skin?

As a rough guide, SKINTIGHT suits surface concerns and people who need little downtime, while fractional lasers suit deeper or structural scarring in people who can protect their skin through a recovery period. An assessment of your skin is a more useful starting point than choosing a machine.

Using both

Using both: sequence, not competition

The two can fit into one plan. A common pattern is medical treatment for the deepest scars or marks, with SKINTIGHT for overall surface texture across a wider area, or for maintenance once a laser course has finished. Timing needs care: microplasma is still a resurfacing treatment, so it goes on calm, fully healed skin, never over crusts or fresh laser pinkness.

If you are in a laser course at IN Eternity Clinic, tell your Aesthetic Specialist the dates of your last and next sessions, and tell Dr Sin Yong about any SKINTIGHT sessions. The gap is agreed with the doctor, because it depends on the laser used and how your skin has recovered.

Where to go

SKINTIGHT and fractional laser in our network

SKINTIGHT is performed at SkinRev Lab, CityLink Mall #B1-28, linked underground to City Hall and Esplanade MRT, open daily 11am to 8pm. It is S$588 per zone per session before GST; the face, the neck and double chin, the upper and lower eyes, and each 15 × 15 cm body area count as one zone, and a short course is planned at your assessment. Our Aesthetic Specialists are trained hands-on on the Alma PrimeX by our medical adviser, Dr Sin Yong. SkinRev Lab does not operate lasers or RF microneedling.

Fractional lasers are medical treatments performed by a doctor. At IN Eternity Clinic, 9 Scotts Road, #12-01 Pacific Plaza, beside Orchard MRT, Dr Sin Yong performs S3 Resurfacing and FSX Laser after examining your skin, priced at consultation by the clinic; WhatsApp +65 8815 3008. If you are unsure which route fits, either place starts with your skin, not the machine.

Sources

References & sources

1. Manstein D, Herron GS, Sink RK, Tanner H, Anderson RR. Fractional photothermolysis: a new concept for cutaneous remodeling using microscopic patterns of thermal injury. Lasers Surg Med. 2004;34(5):426-438.
2. Halachmi S, Orenstein A, Meneghel T, Lapidoth M. A novel fractional micro-plasma radio-frequency technology for the treatment of facial scars and rhytids: a pilot study. J Cosmet Laser Ther. 2010;12(5):208-212.
3. Zhang Z, Fei Y, Chen X, Lu W, Chen J. Comparison of a fractional microplasma radio frequency technology and carbon dioxide fractional laser for the treatment of atrophic acne scars: a randomized split-face clinical study. Dermatol Surg. 2013;39(4):559-566.
4. Lan T, Tang L, Xia A, Hamblin MR, Jian D, Yin R. Comparison of fractional micro-plasma radiofrequency and fractional microneedle radiofrequency for the treatment of atrophic acne scars: a pilot randomized split-face clinical study in China. Lasers Surg Med. 2021;53(7):906-913.
5. Wang S, Mi J, Li Q, Jin R, Dong J. Fractional microplasma radiofrequency technology for non-hypertrophic post-burn scars in Asians: a prospective study of 95 patients. Lasers Surg Med. 2017;49(6):563-569.
6. Chan NP, Ho SG, Yeung CK, Shek SY, Chan HH. Fractional ablative carbon dioxide laser resurfacing for skin rejuvenation and acne scars in Asians. Lasers Surg Med. 2010;42(9):775-783.
7. Goldman MP, Wu DC, Khetarpal S, Jacobson A, Wang JV, Geronemus RG. Dual 1550-nm erbium glass fiber and 1927-nm thulium fiber non-ablative fractional laser system treatment in patients with skin of color: a review of clinical studies and unmet needs. Lasers Surg Med. 2026;58(3):169-179.

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