Buying Guides
Aesthetic CO₂ Laser Buying Guide
An aesthetic CO₂ laser uses 10,600 nm energy for fractional and ablative skin resurfacing and scar revision. Key factors: fractional vs ablative control, downtime, skin-type suitability, power, and consumables.
Aesthetic CO₂ lasers resurface skin and revise scars by removing or remodeling tissue with 10,600 nm energy. This guide explains what to compare — modes, downtime, skin types, power configurations, and consumables — before buying a resurfacing platform.
- 10,600 nm CO₂ for fractional and ablative resurfacing, scar revision, and benign lesion work.
- Adjustable depth and density let providers tailor downtime to the patient.
- CO₂ resurfacing is best suited to lighter Fitzpatrick types; darker skin needs conservative, experienced protocols.
- Compare power configurations, beam delivery, and consumable cost — not wattage alone.
What an aesthetic CO₂ laser is for
An aesthetic CO₂ laser uses 10,600 nm energy — strongly absorbed by water — to resurface skin and revise scars. Depending on mode and settings it can deliver delicate fractional treatments or deeper ablative resurfacing, plus benign lesion ablation and selected soft-tissue procedures. The Alexa CO₂ Aesthetic is Pro 1 Laser’s fractional CO₂ platform for this category.
Fractional vs ablative — and downtime
The single biggest planning lever is depth and density. Fractional treatments affect a grid of micro-zones for lower downtime over a series; ablative full-field treatment goes deeper with more recovery. A platform with adjustable pulse control lets providers tune intensity and downtime to each patient — lighter “lunchtime” resurfacing through to deeper correction.
Skin types and patient selection
Ablative CO₂ is generally best suited to lighter Fitzpatrick types because melanin sensitivity raises the risk of pigment change in darker skin. Experienced clinicians can treat a wider range with conservative settings, appropriate protocols, and careful post-care — but patient selection and provider judgment are essential. Avoid one-setting- fits-all expectations.
Power, delivery, and consumables
Match power to your procedure mix: lighter resurfacing needs less; deeper or higher-volume work benefits from a higher-power configuration. Weigh beam delivery (articulated arm supports beam quality and power consistency) and the consumable model — zero-consumable designs reduce ongoing disposable cost. Compare delivered energy at the tissue, not wattage alone.
Where to go next
- See the platform: Alexa CO₂ Aesthetic
- Category overview: CO₂ Laser Buying Guide
- Related treatment: Skin rejuvenation
Regulatory availability and indications vary by jurisdiction — contact Pro 1 Laser for current details. Clinical suitability depends on the patient, skin type, and provider.
Related devices
FAQs
What does an aesthetic CO₂ laser treat?
Fractional skin resurfacing for tone and texture, acne and surgical scar revision, benign lesion ablation, and selected soft-tissue procedures such as laser blepharoplasty. Specific suitability depends on the patient, skin type, and provider assessment.
How much downtime does CO₂ resurfacing involve?
Downtime depends on depth and density. Lighter fractional treatments may involve a few days of redness; deeper resurfacing may involve roughly a week of recovery. Adjustable settings let providers tailor recovery to the patient's goals.
Which skin types suit CO₂ resurfacing?
Ablative CO₂ is generally best suited to lighter Fitzpatrick types because of melanin sensitivity. Experienced clinicians can treat a wider range with conservative parameters, appropriate protocols, and careful post-care — but patient selection matters.
What power do I need?
It depends on procedure mix. Lighter resurfacing needs less power; deeper, surgical-grade or higher-volume work benefits from a higher-power configuration. Match power to your intended menu, and compare delivered energy and beam delivery, not wattage alone.
What about consumables?
Consumable model affects long-term cost. Platforms with articulated-arm delivery and zero-consumable designs reduce ongoing disposable spend for standard procedures. Confirm the consumable and service model before buying.