Treatment
CO₂ Resurfacing
CO₂ resurfacing is the high-intensity end of skin renewal. Alexa CO₂ Aesthetic combines fractional scanning and ablative capability at 10,600 nm so treatment depth, density, and recovery can be matched to the patient.
What does a CO₂ resurfacing laser do for a clinic?
A CO₂ resurfacing laser gives a clinic its most decisive corrective tier. Alexa CO₂ Aesthetic delivers 10,600 nm energy through an articulated arm with fractional scanning up to 30 mm and ablative capability, so one platform spans light fractional renewal through deep resurfacing for photoaging, lines, scars and uneven texture, with Alexa Femme™ and Alexa Follicle™ as additional service lines.
Who asks for CO₂ resurfacing treatment
Resurfacing patients are the committed end of the market. They have usually done the maintenance treatments, they know the difference between glow and correction, and they are asking for visible change in etched lines, sun-damaged texture, acne or surgical scars and crepey, lax-looking skin. They expect downtime and they expect a result they can see — exactly the patient a premium corrective tier is built for.
Demand arrives from several directions at once: dermatology and plastic-surgery referrals, post-surgical scar revision, midlife skin-quality consults and patients who have aged out of lighter treatments. What they share is a willingness to pay for intensity, provided the clinic can control it.
Patients seeking resurfacing often present with several concerns at once: etched lines, sun damage, acne or surgical scars, uneven texture, lax-looking skin, and accumulated photoaging. The value of CO₂ is the ability to adjust treatment intensity rather than offering only one fixed resurfacing experience.
How the Pro 1 platforms deliver it
Alexa CO₂ Aesthetic uses the 10,600 nm CO₂ wavelength with fractional scanning and ablative capability. Providers can select a fractional approach for controlled coverage or move toward more intensive resurfacing when the indication and recovery plan call for it, all within the same platform family.
- Alexa CO₂ Aesthetic — fractional and ablative 10,600 nm CO₂ resurfacing
Alexa CO₂ Aesthetic is built around the 10,600 nm CO₂ wavelength, delivered through an articulated arm with fractional scanning up to a 30 mm treatment area, ablative capability and customizable scan shapes on a touchscreen interface. The provider chooses fractional coverage for controlled renewal and a lighter recovery, or moves toward ablative resurfacing when the patient’s goals and downtime tolerance justify it — within one platform.
Two configurations serve different practices: the 40 W Alexa Aesthetic and the 60 W Alexa Pro MVP 7 for more demanding or higher-volume workflows. Dedicated handpieces extend the same system into soft-tissue procedures, Alexa Femme™ women’s-health protocols and Alexa Follicle™ hair-restoration support, so the capital does not sit idle between resurfacing cases.
What your practice can offer and bill
CO₂ is a premium-ticket category with several adjacent service lines on the same capital.
- Fractional resurfacing
- Lighter fractional sessions for photoaging, fine lines and texture, often delivered as a short series and positioned as the step beyond non-ablative maintenance.
- Full resurfacing procedures
- Single, more intensive ablative treatments for committed correction, priced as the clinic’s flagship procedure with structured aftercare.
- Scar revision
- Acne and surgical scar programs that draw referrals from surgeons and dermatologists.
- Platform extensions
- Alexa Femme™ and Alexa Follicle™ give the same device two additional service lines with their own consultations and patient bases.
- Maintenance hand-off
- Post-resurfacing patients move onto PicoFusion™ or DPL Elite programs, so the corrective tier feeds the recurring one.
Ownership
- Alexa CO₂ Aesthetic — Lease-to-own from $799/month (OAC)
- 18-month warranty on every platform, with clinical training and onboarding at placement.
How to evaluate a platform for CO₂ resurfacing
- Fractional and ablative in one
- A platform limited to fractional delivery cannot offer committed resurfacing; one limited to ablative cannot offer a gentler entry. Alexa provides both.
- Beam delivery and scan control
- Articulated-arm delivery, scan area up to 30 mm and customizable scan shapes determine how precisely the provider matches coverage to anatomy.
- Power options
- 40 W or 60 W configurations let the practice buy for its actual case mix rather than over- or under-specifying.
- Beyond resurfacing
- Specialty handpieces and the Femme™ and Follicle™ pathways turn a resurfacing laser into a multi-category platform.
- Ownership economics
- Tube life, warranty and service define CO₂ ownership. Every Pro 1 Laser placement carries the standard warranty, clinical training and onboarding; the buying guides below cover cost and new-versus-used decisions.
The science behind it
Common questions from clinic owners
- What is the difference between fractional and ablative CO₂ resurfacing?
- Fractional delivery treats a pattern of microscopic zones with untreated tissue between them, which supports a lighter recovery. Ablative treatment removes a greater portion of the surface for more intensive correction. Alexa CO₂ Aesthetic offers both, and the provider chooses depth, density and coverage per patient.
- How much downtime does CO₂ resurfacing involve?
- Recovery scales with treatment depth, density and area. Light fractional sessions involve a shorter recovery; more intensive ablative resurfacing involves a longer one. The provider sets expectations during the consultation, and results vary with skin type, indication and aftercare.
- Is CO₂ resurfacing suitable for darker skin types?
- Ablative CO₂ treatment is commonly planned most conservatively in lighter Fitzpatrick skin types, with provider experience, density and aftercare becoming more important as melanin content rises. For darker skin the clinic can offer the non-ablative PicoMatrix™ pathway on Pro 1 Pico instead.
- What is the difference between the 40 W and 60 W Alexa?
- Alexa Aesthetic is the 40 W configuration; Alexa Pro MVP 7 is the 60 W configuration for practices that want additional power for more demanding or higher-volume workflows. Both share the same 10,600 nm platform, articulated arm and treatment pathways.
- Which practices should buy a CO₂ platform?
- Dermatology and plastic-surgery clinics doing scar revision and deeper texture work, physician-led med spas moving from maintenance into correction, and practices that want Alexa Femme™ or Alexa Follicle™ on the same capital. Practices whose demand is mostly low-downtime maintenance are often better served by Pro 1 Pico or DPL Elite first.
Go deeper on CO₂ resurfacing
Understanding CO₂ resurfacing
How one wavelength spans light fractional maintenance to deep ablative correction, and the questions clinics ask most.
- CO₂ Resurfacing Intensity Ladder — How CO₂ resurfacing spans an intensity ladder from light fractional to deep ablative — matching depth, density, and downtime to the patient and goal.
- CO₂ Laser FAQs — CO₂ laser FAQs across aesthetic resurfacing, dental soft-tissue, and veterinary surgery — fractional vs ablative, beam delivery, and platform selection.
Comparing approaches
Where fractional CO₂ sits against the non-ablative alternatives a clinic may already own, and how beam delivery changes the platform.
- DPL Elite vs CO₂ Resurfacing — How DPL Elite and fractional CO₂ resurfacing differ — non-ablative narrowband light vs ablative resurfacing, and how to match downtime and goals.
- Fractional CO₂ vs RF Microneedling — How fractional CO₂ and RF microneedling differ — ablative resurfacing vs radiofrequency heat through needles, and which suits which goals and downtime.
- Fractional CO₂ vs PicoMatrix™ — How ablative fractional CO₂ compares with non-ablative PicoMatrix™ remodeling — depth of correction vs downtime, and which suits which patient and goal.
- Picosecond vs CO₂ Laser: Which Indications Belong to Which — A buyer's guide to picosecond vs fractional CO₂ lasers: which indications belong to each technology, where they overlap, and which to add first.
- Articulated Arm vs Fiber CO₂ Laser — How CO₂ beam delivery differs — articulated arm vs fiber/hollow-waveguide — and why delivery architecture affects cutting, consumables, and cost of ownership.
Choosing and owning a platform
Specification, price, new-versus-used and first-week operation — the ownership side of resurfacing.
- Aesthetic CO₂ Laser Buying Guide: What a Resurfacing Platform Must Do — What med spas, dermatology and plastic-surgery practices should compare in a fractional CO₂ resurfacing platform: modes, downtime, skin types, power, cost.
- CO₂ Laser Buying Guide: What to Compare Before You Buy — How to choose a professional CO₂ laser machine: fractional vs ablative, articulated arm vs fiber, power, consumables, training, and specialty fit.
- How Much Does a CO₂ Laser Cost in Canada? (2026) — What a professional fractional or surgical CO₂ laser costs in Canada in 2026 — estimated CAD price ranges, new vs certified pre-owned, and price drivers.
- How Much Does a CO₂ Laser Cost in the US? (2026) — What a professional fractional or surgical CO₂ laser costs in the US in 2026 — estimated USD ranges, new vs certified pre-owned, and what drives the price.
- New vs Used CO₂ Laser: Tube Life, Warranty, Service — New versus used CO₂ laser for a clinic — tube life, scanner calibration, warranty reality, service response, and when new with financing wins.
- Alexa CO₂: New-Owner Operating Guide — A new-owner orientation to operating your Alexa CO₂ platform — room setup, plume and fire safety, delivery, workflow, and where verified settings live.