Non-Ablative Laser Resurfacing

Gentle skin renewal with little downtime

Non-ablative laser resurfacing renews the skin by heating its deeper layers without removing the surface, stimulating collagen production to support smoother texture, more even tone and the appearance of fine lines. It is among the gentler resurfacing approaches and is often chosen for early signs of aging, overall skin quality and maintenance, with little downtime. At Dermapure, every treatment is delivered by our trained specialists and personalized to your skin, your concerns and your goals.

What Is Non-Ablative Laser Resurfacing?

Non-ablative laser resurfacing uses a wavelength of light that is absorbed by the water in the skin to heat the deeper layers without removing the surface. This controlled heat prompts the skin's natural repair process and stimulates collagen production, supporting smoother texture, more even tone and the appearance of fine lines as the skin renews. Non-ablative energy is most often delivered fractionally, in microscopic columns that treat only part of the skin at a time while leaving the surrounding tissue intact. Because the surface stays intact, non-ablative resurfacing involves little downtime and is often a gentler starting point, though it usually requires a series of sessions for a comparable result, which your specialist will discuss with you.

Non-Ablative Laser Treatments

Clear + Brilliant and Perméa

Clear + Brilliant and Perméa is a non-ablative fractional treatment that creates microscopic micro-perforations to stimulate collagen without removing the surface. Your specialist can choose between or combine two wavelengths: Perméa (1,927 nm), a more superficial option that exfoliates and helps with pigmentation and radiance, and Clear + Brilliant (1,440 nm), which works deeper to refine texture, tone and fine lines. It suits a wide range of skin types, with little downtime.

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ClearLift Plus

ClearLift Plus is a non-ablative Q-switched Nd:YAG (1,064 nm) treatment that directs energy beneath the surface of the skin to stimulate collagen and target unwanted pigmentation, without affecting the surface itself. It is comfortable, requires no numbing and no downtime, and is gentle enough for delicate areas such as around the eyes. Over a series of sessions, it works to refine texture, firmness and an even tone.

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Fraxel

Rather than vaporizing tissue, it heats the skin to stimulate collagen: a 1,550 nm erbium wavelength works a little deeper on fine lines, acne scars and texture, while a 1,927 nm wavelength (in the dual-wavelength version) targets surface pigmentation, brown spots and sun damage. It is often considered for fine lines and wrinkles, uneven tone and pigmentation, acne scars and overall texture, with minimal downtime. Your specialist will assess your skin and goals during your consultation.

Non-Ablative Laser Technologies

Non-ablative resurfacing relies on wavelengths that are absorbed by water and heat the deeper layers of the skin without removing the surface. The wavelengths below are the ones used in non-ablative skin resurfacing.

Nd:YAG Laser

The Nd:YAG laser (neodymium-doped yttrium aluminium garnet) reaches the deepest of the non-ablative lasers. Used non-ablatively, it heats the deeper layers and the tissue beneath to stimulate collagen and support firmness without affecting the surface. Its depth and limited absorption by melanin make it well suited to a wide range of skin tones, including darker skin.

Diode Laser

The diode laser is a semiconductor-based laser used in non-ablative fractional resurfacing. Delivered in microscopic columns, it heats the skin to stimulate collagen and renew the surface cells, with little downtime. Depending on the wavelength it is tuned to, it can work a little deeper to refine texture and fine lines, or stay more superficial to improve tone, pigmentation and radiance.

Thulium Laser

The thulium fiber laser is strongly absorbed by water, which concentrates its effect in the more superficial layers of the skin. Delivered non-ablatively, it is well suited to surface concerns such as uneven tone, pigmentation and overall radiance, with little downtime.

Erbium-Glass Laser

The erbium-glass laser is a fiber laser absorbed by water in the deeper layers of the skin. It is a non-ablative fractional technology used to stimulate collagen and improve texture, tone and the appearance of fine lines and acne scars, with little downtime.

Erbium (Er:YAG) Laser, SMOOTH Mode

The erbium (Er:YAG) laser has the highest affinity for water. While Er:YAG is best known for ablative resurfacing, it can also be used in a non-ablative mode that emits rapid, short pulses to heat the tissue without damaging the epidermis. This controlled heat triggers the fibroblasts to produce and restructure collagen fibres, supporting firmer, smoother skin.

Fotona Laser Treatments

Fotona 2D

Part of the Fotona platform, which combines an Nd:YAG laser and a non-ablative Er:YAG mode, Fotona 2D is a non-ablative combination treatment that uses two modes, Smoothliftin and Piano. Smoothliftin is delivered inside the mouth to gently heat the tissues that support the lower face, while Piano warms the deeper layers of the skin. Together they stimulate collagen to firm and smooth the skin and soften fine lines, with little downtime.

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Fotona 3D

Fotona 3D layers three modes, Smoothliftin, Piano and Frac3, adding a fractional mode that works on the surface and deeper layers. It is designed to tighten and smooth the skin and address concerns such as creasing, lip lines and uneven tone, while remaining non-ablative with little downtime.

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Fotona 4D

Fotona 4D builds on the 3D approach by adding a fourth mode, SupERficial, a light laser peel that refines the surface of the skin. Together, the four modes (Smoothliftin, Piano, Frac3 and SupERficial) work from inside the mouth to the skin's surface to stimulate full-thickness collagen, soften fine lines and support a firmer, more rejuvenated look.

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LipLase

LipLase Fotona is a non-invasive, dual-wavelength treatment that enhances the lips without injections by stimulating your own collagen. It combines the Er:YAG laser in a gentle SMOOTH mode for an immediate response with the Nd:YAG laser in PIANO mode, which reaches deeper tissues with minimal surface heat. Over a series of sessions, it can support fuller, better-defined and better-hydrated lips, with results that appear gradually and vary from one person to another.

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Fotona Smooth Eye

Fotona Smooth Eye is a non-ablative treatment designed specifically for the delicate eye area. Using the Er:YAG SMOOTH mode, it delivers gentle, controlled heat to the upper and lower eyelids and the skin around the eyes to stimulate collagen and support a firmer, smoother look, with little downtime. It is often chosen to address periorbital fine lines and mild laxity around the eyes.

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Follow-up and Maintenance

Non-ablative resurfacing results develop gradually as the skin renews and new collagen forms, typically over several weeks to months and often across a series of sessions. Because each session is gentle, treatments are usually spaced a few weeks apart, and follow-up sessions can be suggested over time to support and maintain your results, particularly as ongoing sun exposure and the natural aging process continue. Results vary from one person to another, and your treatment plan is built and adjusted with our team during your consultation as part of a longer-term approach to skin health.

Side Effects & Contraindications

As with any laser treatment, non-ablative resurfacing can cause side effects. Most are mild and short-lived, while some less frequent reactions deserve attention.

  • Common side effects: Redness, mild swelling, a sensation of warmth and a rough, sandpaper-like texture are common in the first hours to days following treatment and typically resolve on their own. Downtime is usually minimal compared with ablative resurfacing.
  • Less frequent side effects: Post-inflammatory hyperpigmentation or hypopigmentation may occur, particularly on darker skin tones or with sun exposure, though the risk is generally lower than with ablative resurfacing. Infection, prolonged redness, temporary changes in skin texture and, rarely, scarring are also possible. Cold sore reactivation can occur in people with a history of oral herpes (HSV-1), and preventive measures may be discussed beforehand.
  • Who should avoid non-ablative laser resurfacing: It is generally not recommended during pregnancy, on tanned or recently sun-exposed skin, on active skin infections at the treatment site, with recent use of oral isotretinoin, with a personal history of keloid scarring, or with certain photosensitizing conditions or medications, without prior evaluation.

Add-On Treatments Often Combined With Non-Ablative Laser Resurfacing

Exosome Therapy

Exosome therapy uses plant-based exosomes, tiny vesicles rich in peptides, micro-RNAs and growth factors that help calm inflammation, support collagen production and accelerate tissue repair. They are applied topically to freshly treated skin, where the microchannels created by the laser help them absorb into the upper layers. Exosome therapy is especially valued after resurfacing to soothe the skin, support a faster recovery and help results develop.

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VAMP

VAMP is a topical regenerative treatment applied immediately after procedures that gently affect the skin barrier, such as laser resurfacing. Its key ingredient is PDRN (polydeoxyribonucleotides), a DNA compound derived from salmon that is recognized in regenerative medicine for its supportive role in skin repair and renewal, and its formula also includes hydrating hyaluronic acid and essential amino acids. Delivered through the microchannels created during treatment, VAMP helps support hydration, texture and overall skin quality as the skin recovers.

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Platelet-Rich Plasma (PRP)

PRP uses your own biology. After a small blood draw, the sample is spun in a centrifuge to concentrate the platelet-rich plasma, a fluid rich in growth factors that support collagen and elastin production, circulation and tissue repair. Applied to freshly treated skin through the microchannels created by the laser, PRP is often combined with resurfacing to support healing, refine texture and improve overall skin quality. Because it comes from your own blood, it is highly biocompatible.

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Platelet-Rich Fibrin (PRF)

PRF is a second-generation option also drawn from your own blood, but spun at a lower speed and without additives or anticoagulants. This creates a soft fibrin matrix that releases growth factors gradually over several days, so PRF tends to work more slowly than PRP while supporting regeneration over a longer period. Applied to the skin after resurfacing, it helps support collagen production, firmness and a smoother, more even appearance as the skin recovers.

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Why Choose Dermapure

With laser skin resurfacing, the expertise of your specialist makes all the difference. The settings, the choice of technology and the technique all need to be tailored to each skin type, and this is what helps achieve good results while reducing the risk of side effects such as burns or changes in pigmentation. At Dermapure, every treatment is performed by our specialists, who continually deepen their training in laser technologies and treatment protocols. And because we are the largest network of medical aesthetic clinics in Canada, our teams share their knowledge and clinical experience, so your care benefits from the expertise of the entire network.

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