Sciton HALO utilizes both ablative and non-ablative wavelengths to target melanin within pigmented lesions such as sunspots, age spots, and freckles. The ablative laser precisely vaporizes the superficial layers of melanin-rich skin cells, while the non-ablative wavelength penetrates the dermis to stimulate controlled dermal injury without affecting the surface. This dual action disrupts the melanin in the targeted cells, initiating a biological repair response that leads to cellular renewal. Within days, pigmented lesions darken and flake off, revealing a more uniform skin tone as melanin distribution normalizes.

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Sun damage typically causes a combination of hyperpigmentation, textural roughness, and collagen degradation. HALO addresses these issues through its hybrid laser technology, which combines ablative resurfacing with deep thermal stimulation. The ablative wavelength removes damaged, pigmented surface cells, while the non-ablative wavelength penetrates the dermis, inducing a controlled thermal injury that stimulates fibroblast activity and collagen synthesis. This collagen induction helps to restore structural integrity lost due to UV exposure, ultimately leading to improved skin texture and reduced visible signs of sun damage.

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HALO targets fine lines and wrinkles by promoting neocollagenesis (the formation of new collagen fibers) through its non-ablative wavelength, which penetrates into the deeper dermal layers to induce a thermal response. This thermal energy activates fibroblasts and encourages the development of new collagen and elastin fibers, enhancing dermal thickness and elasticity. Concurrently, the ablative wavelength removes the topmost layer of the epidermis, which helps smooth fine lines on the surface. Over time, the combined effects of surface exfoliation and dermal collagen remodeling visibly reduce fine lines and wrinkles, resulting in firmer, more resilient skin.

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HALO’s dual wavelengths improve uneven texture and reduce pore size through both surface exfoliation and collagen stimulation. The ablative wavelength resurfaces the skin by removing irregular epidermal cells, while the non-ablative wavelength penetrates the dermis, generating controlled thermal damage that promotes collagen synthesis around pores. This new collagen formation reinforces the structural support of the pore walls, reducing their diameter and enhancing skin smoothness. As a result, pore size is minimized, and overall texture is refined, leading to a more uniform and smooth skin surface.

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Acne scars and other types of scarring benefit from HALO’s ability to remodel tissue through fractional ablation and deep thermal stimulation. The ablative wavelength vaporizes scar tissue on the skin’s surface, creating microscopic channels that stimulate wound healing and skin remodeling. Simultaneously, the non-ablative wavelength heats the dermis, inducing fibroblast activity and promoting collagen and elastin synthesis. This combined approach encourages the regeneration of healthy skin cells within the scarred areas, improving skin texture and minimizing scar depth. Over successive treatments, the dermal remodeling reduces scar visibility and promotes smoother skin.

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HALO’s hybrid fractional laser offers comprehensive skin rejuvenation by promoting both epidermal renewal and deep dermal regeneration. The ablative wavelength removes damaged, aged cells from the skin’s surface, which accelerates cellular turnover and reveals healthier underlying skin. Concurrently, the non-ablative wavelength heats the dermis, initiating a controlled inflammatory response that activates fibroblasts to produce new collagen and elastin. This dual-wavelength approach results in a synergistic effect: surface imperfections like discoloration and rough texture are minimized, while deeper collagen remodeling enhances elasticity, resilience, and overall skin health. The result is a revitalized, more youthful appearance with improved tone, texture, and elasticity.

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Sciton HALO is a hybrid fractional laser treatment that targets skin damage and signs of aging by combining both ablative and non-ablative laser wavelengths. This dual-action approach rejuvenates the skin’s surface while stimulating collagen in the deeper layers, achieving smoother, younger-looking skin with minimal downtime.

HALO treatments can be performed on the face and body in skin types I-VI on the Fitzpatrick Scale.

HALO’s hybrid technology uses ablative wavelengths to target the skin’s surface and non-ablative wavelengths to penetrate deeper layers. The ablative laser removes damaged skin cells, while the non-ablative laser stimulates collagen and elastin production for firmer, smoother skin.

HALO can be used on multiple areas, including the face, neck, chest, arms, hands, and legs, making it versatile for treating sun damage and aging on commonly exposed areas.

Treatment times vary based on the area being treated, but most HALO sessions take between 30 to 60 minutes. For larger areas, treatment may take slightly longer.

Patients typically experience a warming or prickling sensation during treatment. A topical anesthetic is applied to minimize discomfort, and most patients find HALO treatments to be tolerable. After treatment, the skin may feel warm for several hours.

Many patients achieve noticeable results with a single treatment, but the number of treatments depends on individual skin goals. A series of 2 treatments may be recommended for more significant concerns.

HALO is designed to offer impressive results with minimal downtime. Patients may experience redness and mild swelling for a day or two, followed by peeling or flaking as the skin renews. Most people return to normal activities within a few days.

Initial improvements can be seen within a week, with continued collagen production resulting in enhanced results over the following 2-3 months. Patients often report smoother, more radiant skin as their skin heals and renews.

HALO can offer long-lasting results, but maintenance treatments may be needed to preserve the effects, especially for issues like sun damage and aging. Good skincare habits and sun protection can help extend the results.

Yes, HALO pairs well with other treatments, such as BroadBand Light (BBL), injectables, and chemical peels, to further enhance results. Your provider can recommend a customized plan to meet your skin goals.

After HALO, patients should keep the skin moisturized and avoid sun exposure, using broad-spectrum sunscreen daily. Avoid excessive heat, sweating, or harsh skincare products during the recovery period to allow the skin to heal optimally.

HALO is unique in combining ablative and non-ablative wavelengths, allowing for more comprehensive results with less downtime than traditional lasers. It offers the benefits of both superficial and deep laser treatments in one session, making it a popular choice for effective skin rejuvenation.