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Sciton STAX™

A customizable, multi-modal laser platform designed to address skin tone, texture, and laxity using layered light and energy treatments tailored to individual concerns.

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Overview

What is Sciton STAX™?

Sciton STAX™ is a customizable laser treatment approach built on the Sciton platform. Rather than a single device, STAX refers to a strategy of combining multiple laser and light-based technologies in one session to address different layers of the skin. Providers can stack treatments such as broadband light, fractional resurfacing, and targeted laser therapies based on a patient’s specific goals.

By treating multiple concerns in a coordinated way, STAX can improve pigmentation, redness, fine lines, acne scars, and mild skin laxity. The treatment plan is individualized, and the intensity can range from minimal downtime procedures with subtle, gradual results to more comprehensive sessions that involve a longer recovery period but deliver more noticeable improvement.

headshot of Julianna Lee

Julianna Lee

Aesthetician, Acne Specialist and Laser Technician
Julianna Lee

Cost of Sciton STAX™

The cost of Sciton STAX™ varies depending on the number of technologies used, treatment depth, provider expertise, and geographic location. Because STAX is customized, pricing reflects the complexity of the session.

Varies by concern and technology used; high patient satisfaction reported for combined laser protocols.

Success rates

$1,500 per session

Average cost (USD)

Tens of thousands of Sciton-based treatments worldwide each year

Procedures performed annually

Low when performed by trained providers; most side effects are temporary

Complication rate

Average cost (USD)

$1,500 per session

Cost Range (USD)

$800 – $3,500 per session

Patients may require a series of treatments for optimal results. A consultation helps determine the most appropriate combination and expected investment based on skin goals and medical history.

Pros and Cons of Getting Sciton STAX™

Pros

  • Customizable multi-layer treatment
  • Targets tone and texture simultaneously
  • Adjustable downtime
  • Non-surgical approach
  • Stimulates collagen production
  • Can be combined with other treatments

Cons

  • Multiple sessions may be needed
  • Temporary redness and swelling
  • Cost varies by customization
  • Not suitable for all skin conditions
  • Sun avoidance required
  • Results develop over time

How it Works

Sciton STAX™ uses dual-wavelength laser energy to precisely remove damaged skin layers and stimulate collagen production. This promotes smoother texture, improved tone, and tighter, more youthful-looking skin.

What it Treats

Fine lines, sun damage, redness, acne scars, enlarged pores, uneven pigmentation, and mild skin laxity.

Procedure Time

Most STAX sessions take 30 to 90 minutes depending on the number of technologies combined.

Eligibility

Suitable for adults with mild to moderate skin concerns. A consultation determines skin type compatibility and treatment depth.

Recovery & Downtime

Downtime ranges from minimal redness for light treatments to 5 to 7 days for deeper resurfacing protocols.

What to Expect Before, During, and After Sciton STAX™

Before Sciton STAX™

Patients undergo a consultation to assess skin type, medical history, and treatment goals. Sun exposure, certain medications, and active skin infections may require postponement. Pre-treatment of skincare guidance is typically provided.

During Sciton STAX™

The provider applies selected laser or light technologies in a planned sequence. Protective eyewear is worn. Patients may feel warmth or mild snapping sensations. Topical numbing may be used depending on intensity.

After Sciton STAX™

Redness, mild swelling, and temporary darkening of pigmented spots are common. Skin may feel dry or rough for several days. Strict sun protection and gentle skincare support healing and optimizing results.

Potential Risks and Side Effects from Sciton STAX™

Redness and Swelling

Temporary inflammation is expected and usually resolves within several days, depending on treatment depth.

Pigment Changes

Hyperpigmentation or hypopigmentation is uncommon but possible, particularly in darker skin tones or with improper sun protection.

Infection or Scarring

Rare when performed by experienced providers. Following aftercare instructions reduce risk and support proper healing.

Frequently Asked Questions

The number of sessions depends on your skin concerns and treatment of intensity. Some patients see meaningful improvement after one session, while others benefit from a series spaced several weeks apart. Your provider will recommend a schedule based on your goals and skin response.

Discomfort varies depending on the technologies used. Lighter treatments may feel warm with minimal irritation. Deeper resurfacing can cause more temporary discomfort, but topical numbing and cooling systems are typically used to improve comfort during the procedure.

Some improvements, such as brighter tone, may appear within days. Collagen stimulation and textural changes develop gradually over several weeks to months as the skin remodels and heals.

Many Sciton technologies are designed to treat a range of skin tones, but settings must be carefully selected. A consultation ensures the appropriate wavelengths and treatment depths are chosen to minimize pigment risks.

Yes. Many patients combine laser treatments with neuromodulators or dermal fillers as part of a comprehensive skin rejuvenation plan. Timing and sequencing are determined by your provider to ensure safe, optimal results.

Sources & Studies

The following references provide clinical evidence and safety information on Sciton STAX™:

Bitter PH Jr. Combination broadband light and fractional laser resurfacing for photoaging: clinical outcomes and patient satisfaction

This study evaluates the clinical outcomes of combining broadband light with fractional laser resurfacing for photoaged skin. It reviews improvements in pigmentation, texture, and overall skin quality, supporting the rationale for multi-modal laser treatment protocols.

Saedi N, Petelin A, Zachary CB. Fractional photothermolysis for the treatment of acne scars: a review of efficacy and safety

This peer-reviewed review article analyzes the safety profile and effectiveness of fractional laser resurfacing in treating acne scars. It discusses collagen remodeling, treatment intervals, and expected outcomes, which are relevant to stacked resurfacing approaches.

Grimes PE, Callender VD. Lasers and light-based therapies for darker skin types

This article examines the use of laser and light technologies in patients with higher Fitzpatrick skin types. It outlines pigment risks, parameter adjustments, and safety considerations that are critical when customizing multi-device laser treatments.

Negishi K et al. Long-term effects of intense pulsed light on photoaged skin

This study evaluates the long-term benefits of intense pulsed light therapy for sun-damaged skin. Findings demonstrate improvements in pigmentation and dermal collagen stimulation, supporting the use of light-based technologies in comprehensive rejuvenation protocols.

Gold MH. Fractional laser treatment of aging skin: evidence-based review

This evidence-based review summarizes the role of fractional lasers in treating fine lines, texture irregularities, and photoaging. It provides clinical context for collagen stimulation and gradual skin remodeling following laser treatments.

All sources reviewed for clinical accuracy and relevance.

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