The eCO2 3D

A dual-mode fractional CO2 laser, built around 3D Controlled Chaos Technology for precise skin resurfacing and the treatment of scars.

Discover the eCO2 3D

Powerful resurfacing, built for precision, versatility and reliability

The eCO2 3D is the intelligent choice for full-spectrum CO2 treatments.

It builds on the eCO2 platform with higher peak power (up to 40W), giving clinicians deeper penetration and sharper ablation when a treatment calls for it.

3D Controlled Chaos Technology helps reduce heat build-up and maximise treatment comfort, meaning patients get resurfacing with less bulk heating and reduced recovery times. *compared to prior models.

What can the eCO2 3D do?

  • 3D Controlled Chaos Technology ensures each microbeam is placed as far as possible from the previous one, limiting bulk heating and protecting the untreated skin between each beam.
  • Higher peak power of up to 40W means deeper penetration and sharper ablation, with a narrow, tapered beam that concentrates energy vertically and limits lateral thermal spread.
  • Two energy-delivery modes: Static mode for targeted stamping, Dynamic mode for smooth, feathered blending across the surface.
  • Three quick-change tips – 120μm, 300μm and 500μm microbeam tips with automatic recognition and no recalibration delay.
  • Char-free pulse modes give you tighter control over thermal damage, making treatments more predictable.

Zero consumables means lower spend and better ROI.

Higher peak power for precise delivery

The eCO2 3D delivers up to 40W of peak power, letting the laser reach deeper into the skin and resulting in sharper, cleaner ablation than earlier eCO2 systems. The beam profile is narrow and tapered, so energy is focused directly downward into the tissue with minimal lateral spread. In practice, this means more effective vertical ablation of the tissue, with less collateral heat in the skin around it.In short, 40W maximises the strengths of an eCO2 laser.

3D Controlled Chaos Technology

3D Controlled Chaos Technology is what sets the eCO2 3D apart from conventional CO2 lasers. Rather than firing microbeams in a fixed, sequential grid, it distributes them in a pseudo-random pattern, placing each beam as far as possible from the one before. Overlapping beams are the main cause of collateral heat buildup in fractional CO2 treatment, and that heat causes discomfort, prolonged redness, and longer recovery. By keeping successive beams apart, Controlled Chaos Technology gives the tissue time to dissipate heat between shots.The zones of ablation stay cleanly separated from the surrounding skin, which protects the untreated bridges of tissue that speed healing.

Dynamic & Static Mode synergy

The eCO2 3D includes two unique ways to deliver energy. Static Mode uses precise stamping to treat scanned areas up to 18×18 mm with selectable density, delivering energy exactly where a scar needs it without the multiple passes some systems require. Dynamic Mode works more like an airbrush, feathering energy across the surface to blend treated and untreated areas and soften the grid-pattern healing that stamping alone can leave. This cuts treatment time while offering smooth coverage, especially during Eco Tone treatments. Used together, they let you treat targeted scarring and blend the result across the surrounding skin in a single session.

Better control over depth and density

Three interchangeable microbeam tips let you set how deep and how densely the laser works. The 120µm tip allows for deep dermis penetration, 1-17% coverage per pass, and rapid healing times. The 300µm tip allows for mid-dermis penetration, 5-58% coverage per pass, and wider, intermediate ablation depth. The 500µm tip allows for epidermal penetration, 20-130% coverage per pass; it’s used to treat superficial dyschromias. Tips are quick and easy to change, and the system recognises each one automatically, so there is no recalibration delay between them, making it easy to provide on-the-fly customised treatments.Combined with a wide power range and char-free pulse options, you get fine control over the depth, density and thermal effect of every treatment.

What can the eCO2 3D treat?

Acne Scarring

Acne scarring can leave lasting changes in the skin’s texture long after breakouts have cleared.Fractional CO2 resurfacing with the eCO2 3D works below the surface to break down and remodel scarred tissue, prompting the skin’s natural repair response and helping to smooth the appearance of atrophic acne scars over time.

Surgical Scars

Surgical scars can sit raised or indented against the surrounding skin, with an uneven texture that stays visible for years.The eCO2 3D resurfaces and remodels this tissue under close control, using its depth and density settings to match the character of each scar, from fine linear marks to more established scarring.

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