CO₂ Laser Resurfacing: Understanding Treatment Depth, Recovery and Patient Selection

CO₂ laser resurfacing is often spoken about as though it were one treatment with one predictable result.

It is not.

The same technology can be used to create a light fractional treatment with relatively limited interruption, a more intensive resurfacing procedure requiring substantial recovery, or a highly targeted treatment for scarring, lines and localised areas of structural change.

Each may accurately be described as CO₂ laser resurfacing.

What separates them is the amount of tissue treated, the depth reached, the density of treatment, the thermal response created and the capacity of the skin to recover.

This distinction matters because patients are frequently shown dramatic before-and-after results without being shown the intensity required to produce them. Others are promised the benefits associated with deep resurfacing through a light procedure that cannot realistically create the same degree of change.

Neither approach is inherently better.

The treatment must be proportionate to the condition being treated, the patient’s skin, the outcome being pursued and the recovery they are prepared to undertake.

The value of CO₂ resurfacing does not come from treating every patient at maximum intensity. It comes from knowing how much treatment the skin requires—and how much it can safely withstand.

At Aesthete, CO₂ laser treatment is approached as a spectrum. The name of the device does not determine the treatment. Clinical assessment and patient selection do.

What is CO₂ laser resurfacing?

A carbon dioxide laser emits light at a wavelength of approximately 10,600 nanometres.

This wavelength is strongly absorbed by water, which is abundant within human tissue. When the laser energy reaches the skin, that water absorbs the energy and converts it into heat.

Depending on the way the laser is delivered, this interaction may:

• Vaporise microscopic columns of tissue
• Remove part of the skin’s surface
• Create controlled thermal coagulation
• Initiate wound healing
• Stimulate collagen remodelling
• Contract existing collagen
• Support the formation of new epidermal tissue
• Improve selected forms of scarring, texture and photodamage

CO₂ laser resurfacing is therefore an ablative treatment.

Ablative means that part of the skin is removed or vaporised. This separates CO₂ resurfacing from non-ablative technologies, which heat tissue while leaving the surface largely intact.

However, the degree of ablation can vary enormously.

A light fractional treatment and an intensive fractional resurfacing procedure both create controlled tissue injury, but they do not expose the skin to the same depth, density or total thermal burden.

Fractional versus fully ablative resurfacing

Traditional fully ablative CO₂ resurfacing treats the entire surface of the selected area.

The epidermis is removed across a continuous field, with thermal energy extending into the dermis. This can produce substantial improvement in advanced photodamage, lines and textural deterioration, but it also creates a significant wound and requires intensive recovery.

Fractional resurfacing treats only a proportion of the skin.

Rather than removing the entire surface, the laser creates microscopic treatment zones separated by areas of untreated tissue. These surrounding areas support more rapid re-epithelialisation and healing.

The introduction of fractional technology reduced recovery and some of the risks associated with traditional fully ablative resurfacing while retaining the ability to create meaningful dermal remodelling. Complications remain possible and increase with treatment intensity, density and poor patient selection. Review: Fractional CO₂ laser resurfacing

Fractional does not mean superficial.

A fractional laser may create deep microscopic columns while leaving portions of the surrounding skin intact. Conversely, another fractional treatment may use shallow depth and low density to create a lighter response.

The word fractional describes how the energy is distributed—not how intensive the treatment will be.

What determines the intensity of CO₂ treatment?

The treatment name alone reveals very little.

Several parameters influence the biological response.

Depth

Depth describes how far the laser’s effect extends into the tissue.

More superficial treatment may focus on epidermal irregularity, mild photodamage and early textural change. Greater depth may be required when targeting established wrinkles, acne scarring or more advanced structural deterioration.

Greater depth also increases the importance of healing capacity, infection prevention, aftercare and appropriate recovery.

Density

Density refers to how much of the treatment area is covered by the microscopic laser columns.

A lower-density procedure leaves more untreated tissue between those columns. A higher-density procedure exposes a greater proportion of the skin to injury.

Depth and density are not interchangeable.

A treatment can be deep but delivered at a relatively low density. It can also be more superficial while treating a higher percentage of the surface.

Both decisions affect the outcome and recovery.

Energy

Energy influences the amount of laser energy delivered into each treatment zone.

Increasing energy may increase penetration or thermal effect, depending on the device and other settings being used. It cannot be interpreted in isolation from spot size, pulse duration, density and the number of passes.

Pulse duration

The length of time that energy is delivered affects the balance between ablation and heat diffusion into surrounding tissue.

Thermal energy contributes to coagulation and collagen remodelling, but excessive heat can increase the risk of delayed healing, prolonged redness, pigment change and scarring.

Number of passes

Passing over the same area more than once can increase cumulative treatment intensity.

Additional passes may extend the depth or thermal response, but they also increase tissue injury. More passes do not automatically produce a better outcome.

Treatment area

Facial skin generally heals differently from the neck, décolletage and body.

Areas with fewer pilosebaceous units have less capacity to re-epithelialise following ablative treatment. Parameters that may be appropriate for parts of the face cannot automatically be transferred to the neck, chest or body.

Combined energy

Some platforms can deliver ablative and non-ablative wavelengths within the same treatment.

Aesthete’s Alma Hybrid combines a 10,600 nm CO₂ wavelength with a non-ablative 1570 nm wavelength. These can be delivered separately or in a programmed ratio, allowing the balance of surface ablation and deeper thermal treatment to be altered according to the presentation. Alma: Hybrid CO₂ and 1570 nm laser

This creates greater flexibility. It does not remove the need for restraint.

What does the 1570 nm wavelength add?

The 1570 nm laser is non-ablative.

Rather than vaporising the surface, it creates controlled thermal treatment within the dermis while leaving the epidermis substantially intact.

This may support deeper collagen remodelling without requiring the same degree of surface ablation that would otherwise be needed to create a dermal response.

When the CO₂ and 1570 nm wavelengths are combined, treatment can be distributed between:

• Ablation at the surface
• Coagulation surrounding the microscopic treatment zones
• Non-ablative thermal treatment within the dermis

The ratio can be adjusted according to the condition, treatment area, skin characteristics and intended recovery.

A published study examining combined fractional CO₂ and 1570 nm treatment around the eyes reported improvement following a single treatment, although study size, treatment protocol and patient population must be considered before applying those results broadly. Dermatologic Surgery: Dual CO₂ and 1570 nm hybrid laser

A hybrid laser does not make every treatment mild.

It makes the treatment more configurable.

What can fractional CO₂ laser treat?

CO₂ laser resurfacing may be considered for:

• Fine lines
• Established facial wrinkles
• Periorbital lines
• Upper-lip lines
• Rough or irregular skin texture
• Advanced photodamage
• Selected pigmentation associated with sun damage
• Acne scarring
• Surgical and traumatic scars
• Enlarged-looking pores associated with textural change
• Reduced skin quality
• Selected areas of laxity
• Uneven surface architecture
• Certain benign lesions when medically appropriate

Its usefulness lies in its ability to affect both the epidermal surface and the dermal structures beneath it.

However, CO₂ resurfacing is not the correct treatment for every form of pigmentation, every scar or every sign of ageing.

The presence of multiple concerns does not automatically justify intensive resurfacing.

Aesthete’s graduated CO₂ pathways

At Aesthete, fractional CO₂ resurfacing is approached through graduated treatment pathways:

• Refresh
• Restore
• Regenerate
• Reconstruct

These pathways reflect increasing treatment intent rather than four fixed settings applied identically to every patient.

The precise parameters, treatment area and recovery will still vary.

Refresh

Refresh represents the lightest position within the CO₂ spectrum.

It may be considered for early surface irregularity, mild photodamage, early textural decline or patients beginning fractional resurfacing without requiring a more substantial corrective procedure.

The objective is controlled epidermal renewal and early collagen stimulation with a more manageable recovery.

A lighter treatment will not reproduce the correction associated with deeper resurfacing.

Its value lies in treating the degree of change that is present without creating unnecessary tissue injury.

Restore

Restore may be selected where concerns are more established and a stronger fractional response is justified.

Treatment may focus on:

• More visible photodamage
• Uneven texture
• Fine lines
• Early scarring
• Broader decline in skin quality
• Areas requiring greater resurfacing than a light introductory procedure can provide

Recovery is generally more visible and must be planned accordingly.

Restore occupies the space between light renewal and substantial corrective resurfacing. It is not a compromise treatment; it is a distinct level of treatment selected for a distinct clinical presentation.

Regenerate

Regenerate represents a more intensive resurfacing pathway.

It may be considered when the skin presents with:

• More advanced photodamage
• Established lines and wrinkles
• Greater textural deterioration
• More significant acne scarring
• Cumulative structural change
• Concerns unlikely to respond meaningfully to a light procedure

The greater tissue response can create more substantial remodelling, but it also increases recovery and risk.

Patients considering this level of treatment must understand that the visible healing period is only one part of recovery. Redness, sensitivity and collagen remodelling can continue well beyond the point at which the surface has closed.

Reconstruct

Reconstruct represents Aesthete’s most intensive CO₂ pathway.

It may be considered for advanced change, complex scarring or localised areas requiring a more substantial ablative and thermal response.

Treatment may involve:

• Greater depth
• Higher density
• Multiple treatment techniques
• Targeted scar treatment
• Combination wavelengths
• More intensive preparation
• Medical oversight
• Extended recovery planning
• Closer post-treatment review

Reconstruct is not appropriate simply because a patient wants the strongest available treatment.

The ability to perform intensive resurfacing is not, by itself, a reason to do so.

CO₂ treatment pathways at a glance

This table provides a broad distinction only.

A patient cannot accurately select a pathway from a written description or photographs online. The final treatment depends on clinical assessment, skin characteristics, treatment area and risk.

Why treatment depth matters

The skin changes at different anatomical levels.

Superficial pigmentation and epidermal irregularity exist closer to the surface. Wrinkles, scars and structural decline may extend more deeply into the dermis.

If the treatment does not reach the tissue contributing to the concern, the improvement may be limited.

If the treatment goes substantially beyond what is required, the patient may accept additional recovery and risk without a corresponding benefit.

Depth must therefore match the target.

This is particularly important in acne scarring. Scars may be:

• Ice-pick
• Boxcar
• Rolling
• Tethered
• Hypertrophic
• Atrophic
• Pigmented or erythematous
• A combination of several patterns

CO₂ resurfacing may improve selected atrophic and textural scars, but it cannot release every tethered scar, fully correct deep ice-pick scarring or replace volume that has been lost beneath the surface.

Some patients may require subcision, focal scar treatment, SkinPen, radiofrequency microneedling, injectable treatment, surgical revision or a staged combination.

Treating every scar with greater laser depth does not correct a mismatch between the technology and the scar architecture.

What results can CO₂ resurfacing achieve?

Depending on treatment intensity and patient response, CO₂ laser resurfacing may improve:

• Surface smoothness
• Fine lines and wrinkles
• Selected acne scars
• Sun-related textural deterioration
• Uneven pigmentation associated with photodamage
• Overall skin quality
• The appearance of enlarged pores
• Selected surgical or traumatic scars

Improvement develops in stages.

Early changes may become visible as the treated epidermis sheds and reforms. Dermal remodelling continues over subsequent weeks and months as collagen is reorganised and newly produced.

The final outcome cannot be judged when the skin first appears healed.

Results also have limits.

CO₂ resurfacing does not:

• Stop biological ageing
• Prevent future sun damage
• Permanently remove every line
• Correct all facial laxity
• Replace surgical lifting
• Remove all acne scarring
• Treat every pigmentation disorder
• Make skin maintenance unnecessary
• Guarantee an identical response between patients

A meaningful improvement can still be an appropriate outcome without producing flawless skin.

Is one intensive treatment better than several lighter treatments?

Not necessarily.

A stronger procedure may create a greater response from one treatment, but it also places greater demands on healing and requires more recovery.

Several lighter procedures may be preferable when:

• The concerns are relatively mild
• The patient cannot accommodate intensive recovery
• Pigment risk requires caution
• The treatment area heals less predictably
• Response needs to be observed before progressing
• A gradual result is clinically appropriate

A more intensive treatment may be considered when:

• The concern is sufficiently advanced
• Light procedures are unlikely to reach the target
• The patient is an appropriate candidate
• The skin has been adequately prepared
• The patient understands the recovery
• The potential improvement justifies the increased risk
• Appropriate follow-up can be maintained

The decision should not be based solely on convenience.

Repeated light treatment can become an expensive substitute for the level of correction genuinely required. Conversely, one aggressive treatment can create unnecessary risk when a staged approach would have been sufficient.

What does CO₂ laser recovery look like?

Recovery depends on treatment depth, density, area and individual healing.

Following fractional ablative resurfacing, patients may experience:

• Significant heat or burning
• Redness
• Swelling
• Pinpoint bleeding
• Oozing
• Crusting
• Darkening or bronzing
• Peeling
• Tightness
• Dryness
• Itching
• Sensitivity
• Temporary accentuation of lines or texture
• Prolonged pinkness after the surface has healed

The most visible recovery commonly occurs during the first several days, but deeper treatment can remain apparent for longer. The American Society for Dermatologic Surgery advises that healing after laser resurfacing can take approximately three to ten days depending on the treatment depth and type of laser. More intensive procedures may require a longer period before the skin appears socially settled. ASDS: Laser resurfacing

This is why the word downtime can be misleading.

There are at least three different recovery periods:

1. Wound recovery — while the skin is open, oozing, crusting or actively re-epithelialising
2. Visible recovery — while redness, swelling, peeling or bronzing remains socially apparent
3. Biological recovery — while sensitivity settles and dermal remodelling continues

A patient may be able to return to work before the skin has fully normalised. Equally, the surface may appear closed while the skin remains vulnerable to heat, ultraviolet exposure, active skincare and inflammation.

Why photographs of recovery can be misleading

Recovery images are often presented as a universal day-by-day sequence.

They are not.

Two patients receiving treatment from the same platform may have very different recoveries because of differences in:

• Treatment depth and density
• Number of passes
• Area treated
• Skin type
• Age and healing capacity
• Degree of swelling
• Previous procedures
• Home-care compliance
• Medication and medical history
• Sun exposure
• Baseline inflammation
• Individual biological response

A photograph labelled “day five after CO₂” has limited value unless the treatment parameters and patient characteristics are also understood.

The device name does not provide that information.

What does aftercare involve?

Aftercare following ablative fractional resurfacing is part of the treatment—not an optional addition to it.

Instructions may include:

• Gentle cleansing
• Prescribed occlusive or recovery products
• Strict hand hygiene
• Avoiding picking, rubbing or exfoliating
• Avoiding active skincare until cleared
• Limiting heat, exercise and sweating
• Avoiding swimming and contaminated water
• Using clean towels and pillowcases
• Avoiding direct ultraviolet exposure
• Introducing sunscreen when appropriate for the healing stage
• Following antiviral or other prescribed medication instructions
• Attending scheduled reviews
• Contacting the clinic promptly if healing changes unexpectedly

The precise protocol will depend on treatment intensity and medical requirements.

Applying additional products without approval can introduce irritants, allergens or microorganisms to a compromised barrier. More skincare does not mean better healing.

What are the risks of CO₂ laser resurfacing?

Expected inflammation must be distinguished from complications.

Potential complications include:

• Prolonged redness
• Persistent swelling
• Bacterial infection
• Viral reactivation, including herpes simplex
• Fungal infection
• Delayed healing
• Contact dermatitis
• Acne or milia
• Post-inflammatory hyperpigmentation
• Hypopigmentation
• Demarcation between treated and untreated skin
• Textural change
• Hypertrophic scarring
• Atrophic scarring
• Ectropion when treating around the eyes
• Unsatisfactory or uneven improvement
• Worsening of the presenting concern

Fractional delivery has reduced some risks compared with traditional fully ablative resurfacing, but it has not eliminated them. Published reviews identify infection, pigment alteration, prolonged redness and scarring among the recognised complications of fractional CO₂ treatment. Review: Complications of fractional CO₂ resurfacing

Risk generally increases when treatment is intensified, repeatedly passed over an area, performed on unsuitable skin or followed by inadequate aftercare.

Who may not be suitable for CO₂ resurfacing?

CO₂ treatment may be inappropriate, delayed or modified when a patient has:

• Active bacterial, viral or fungal infection
• Active herpes simplex
• Open wounds
• Significant barrier disruption
• Uncontrolled inflammatory skin disease
• Recent tanning or substantial ultraviolet exposure
• A tendency towards abnormal or hypertrophic scarring
• A history of poor wound healing
• Significant pigment instability
• Medical conditions affecting healing
• Medication that alters treatment suitability
• Unrealistic expectations
• Inability to follow recovery requirements
• Inadequate support for intensive post-treatment care
• A suspicious or medically uncertain lesion
• A concern better addressed by another treatment

Pregnancy, breastfeeding, immune status, previous procedures, oral medications and relevant medical history may also affect timing or suitability.

A contraindication is not an inconvenience to work around. It is information that changes the treatment decision.

CO₂ resurfacing and darker skin types

Ablative fractional resurfacing can be performed in selected darker skin types, but the risk of post-inflammatory hyperpigmentation requires particular attention.

The injury and heat created by treatment can stimulate melanocyte activity. This may result in new or worsened pigmentation during healing.

Risk is influenced by:

• Fitzpatrick skin type
• Ethnic background
• History of post-inflammatory pigmentation
• Melasma
• Treatment density
• Thermal injury
• Recent sun exposure
• Inflammation
• Preparation and aftercare

Reducing treatment intensity does not make the risk disappear.

Some patients may require pre-treatment skin preparation, modified parameters, a staged approach or a different technology. Others may not be appropriate candidates.

Skin colour should never be treated as a minor setting adjustment.

Can CO₂ laser treat pigmentation?

CO₂ resurfacing may improve selected superficial pigmentation associated with photodamage because it removes portions of the epidermis and supports epidermal renewal.

However, it is not a universal pigmentation treatment.

Pigmentation may represent:

• Freckles
• Solar lentigines
• Melasma
• Post-inflammatory hyperpigmentation
• Dermal pigment
• A benign lesion
• A lesion requiring medical investigation

Melasma requires particular caution. Heat and inflammation can aggravate pigment activity, and improvement in the superficial component does not mean the underlying condition has been resolved.

CO₂ laser should also never be used to remove or obscure a pigmented lesion that has not been appropriately assessed.

If pigmentation is the principal concern, LimeLight IPL, PICO laser, clinical skincare or no device treatment may be more appropriate.

The treatment should be selected for the diagnosis—not because CO₂ laser is capable of removing surface tissue.

Can CO₂ laser tighten the skin?

CO₂ resurfacing can produce contraction and collagen remodelling, which may create an improvement in firmness and fine wrinkling.

That is not equivalent to surgical lifting.

Laser resurfacing principally changes skin quality. It does not reposition deeper facial tissue, restore all lost volume or correct substantial skin redundancy.

Patients with mild surface laxity and advanced photodamage may see a meaningful improvement in the treated skin. Patients expecting correction of jowling, heavy eyelids or advanced neck laxity may require a surgical or structurally focused assessment.

The distinction between improving skin and lifting anatomy must remain clear.

CO₂ resurfacing around the eyes

The periorbital area can respond strongly to resurfacing because fine lines, crepiness and photodamage are often concentrated within the thin skin around the eyes.

It is also an anatomically sensitive treatment area.

Assessment should consider:

• Upper- and lower-eyelid anatomy
• Skin laxity
• Previous eyelid surgery
• Dry-eye symptoms
• Eyelid position
• History of poor healing
• Tendency towards swelling
• Whether surgery may be more appropriate
• Risk of ectropion
• The relationship between skin quality and deeper structural change

CO₂ laser may improve periorbital skin quality and lines. It cannot correct every anatomical cause of ageing around the eyes.

In some cases, resurfacing may complement blepharoplasty or another procedure. In others, laser alone will not produce the structural result being requested.

CO₂ laser for acne scarring

Acne scarring is one of the strongest indications for fractional CO₂ resurfacing—but only when the scar pattern is suitable.

The treatment can remodel selected atrophic scars and improve broader textural irregularity. Multiple sessions may be required, particularly when settings are moderated to manage risk.

A complete scar plan should also assess:

• Whether acne remains active
• The types of scars present
• Scar depth
• Tethering
• Volume loss
• Pigmentation
• Persistent redness
• Previous treatments
• Skin type
• Willingness to undergo recovery

Active acne may need to be controlled before intensive resurfacing. Treating scarred skin while new inflammatory lesions continue to form fails to address the process creating further scars.

A combination plan may be more effective than repeatedly applying the same laser to every scar.

CO₂ laser for surgical and traumatic scars

Surgical and traumatic scars vary according to:

• Their age
• Location
• Thickness
• Colour
• Tension
• Vascularity
• Whether they are raised, depressed or widened
• The direction of the scar
• The surrounding tissue
• Previous treatment

Fractional CO₂ may improve selected aspects of scar texture, thickness and pliability. It does not erase the history of injury or guarantee that the scar will become invisible.

Some scars require surgical revision, vascular laser, corticosteroid treatment, silicone therapy, microneedling or another modality.

The objective should be improvement in the scar’s most treatable characteristics—not the promise of complete removal.

Why preparation matters

The condition of the skin before treatment affects the way it heals afterwards.

Preparation may involve:

• Stabilising the skin barrier
• Controlling acne or dermatitis
• Introducing appropriate skincare
• Reducing unnecessary irritation
• Managing pigment risk
• Reviewing medication
• Planning antiviral prophylaxis where prescribed
• Avoiding ultraviolet exposure
• Adjusting treatment timing
• Arranging time away from work and social commitments
• Preparing the required aftercare products
• Ensuring support is available during early recovery

Preparation is not a sales sequence added before the “real” treatment.

It is part of patient selection and risk control.

If the skin is inflamed, recently tanned or unable to tolerate basic skincare, proceeding immediately to intensive resurfacing may be the wrong decision.

Why treatment timing matters on the Sunshine Coast

CO₂ resurfacing requires disciplined management of ultraviolet exposure.

On the Sunshine Coast, high ambient ultraviolet levels, outdoor routines, holidays, sport and driving exposure can materially affect treatment timing.

Patients must consider more than whether they can remain indoors for several days.

They must also consider:

• Work environment
• Daily commuting
• School and family routines
• Outdoor exercise
• Upcoming travel
• Swimming
• Social events
• Ability to wear appropriate protection
• Exposure during the weeks following treatment

Winter may offer more manageable conditions, but it does not eliminate ultraviolet exposure.

The best time for resurfacing is when the skin is suitable, the recovery can be accommodated and sun protection can be maintained—not simply when an appointment becomes available.

How many treatments are required?

There is no universal number.

A light resurfacing pathway may be repeated as part of a series. A more intensive treatment may be planned less frequently because each procedure creates a greater tissue response.

The number of treatments depends on:

• The concern being treated
• Its severity and depth
• Treatment parameters
• Skin type
• Healing response
• Recovery tolerance
• Previous treatment
• Whether several modalities are required
• The degree of improvement considered realistic

Reassessment should occur before further treatment.

A predetermined package should not override the information provided by the skin’s response.

What should patients ask before CO₂ resurfacing?

Before proceeding, patients should understand:

• What specific concern is being treated?
• Why has CO₂ laser been selected?
• Is the treatment fractional or fully ablative?
• What depth and density are intended?
• Is the 1570 nm wavelength also being used?
• What level of improvement is realistic?
• What will the treatment not correct?
• What will the first 24 to 72 hours involve?
• How long may visible redness remain?
• When can skincare and makeup be reintroduced?
• What medication or preparation is required?
• What are the material risks for my skin?
• What happens if infection or delayed healing develops?
• Who will review the skin after treatment?
• How will I contact the clinic outside the scheduled review?
• Could another treatment achieve the objective with less risk?
• Will more than one procedure be required?

If the only distinction offered is “more powerful” or “less downtime,” the explanation is incomplete.

Why patient selection matters as much as technology

An advanced laser cannot compensate for unsuitable patient selection.

A patient may have a concern that CO₂ resurfacing can technically improve but still be a poor candidate because of:

• Skin type
• Active inflammation
• Medical history
• Healing capacity
• Pigment risk
• Recovery limitations
• Uncontrolled sun exposure
• Expectations
• Inability to follow aftercare
• The presence of a more appropriate treatment

The decision not to proceed can be as clinically valuable as the decision to treat.

Resurfacing should not begin with the question: How strong can we make it?

It should begin with:

• What tissue is creating the concern?
• What degree of injury is required to influence it?
• What level of injury can this skin safely recover from?
• Is the potential improvement worth the recovery and risk?

A more accurate way to understand CO₂ resurfacing

CO₂ laser is not one treatment.

It is a technology capable of creating many different treatments.

A lighter fractional procedure may provide controlled renewal with a shorter recovery. A more intensive treatment may reach deeper structural change but requires greater preparation, healing and clinical oversight. A hybrid approach may alter the balance between surface ablation and deeper non-ablative thermal treatment.

Each position has value when selected for the right patient.

At Aesthete, [Alma Hybrid CO₂ laser resurfacing] begins with clinical assessment, advanced skin imaging and a discussion of the condition being treated, the degree of correction being pursued and the recovery the patient can realistically undertake.

The resulting plan may involve Refresh, Restore, Regenerate or Reconstruct. It may also involve skincare preparation, another device, combination treatment, medical assessment or a decision not to proceed.

The strongest CO₂ treatment is not automatically the most advanced. The most advanced treatment is the one calibrated to the skin, the condition and the patient’s capacity to heal.

Frequently asked questions

What is CO₂ laser resurfacing?

CO₂ laser resurfacing uses a 10,600 nm wavelength absorbed by water within the skin. It creates controlled ablation and heat, initiating epidermal renewal and dermal collagen remodeling. Treatment intensity can range from light fractional renewal to substantial corrective resurfacing.

What is fractional CO₂ laser?

Fractional CO₂ laser creates microscopic treatment zones separated by untreated tissue. The untreated areas support faster re-epithelialisation than traditional fully ablative resurfacing. Fractional treatment can still be intensive depending on its depth, density, energy and number of passes.

How long is the downtime after CO₂ laser?

Visible recovery varies considerably. A light fractional treatment may settle relatively quickly, while intensive resurfacing can involve more substantial swelling, oozing, crusting, peeling and prolonged redness. Treatment depth, density, area and individual healing all affect recovery.

Is CO₂ laser painful?

CO₂ resurfacing creates substantial heat and tissue injury. Comfort measures may include topical anesthetic, cooling, local anesthetic or other medically appropriate pain management depending on the treatment. Sensation and recovery vary with intensity.

How many CO₂ laser treatments will I need?

The number depends on the concern, severity, treatment intensity and biological response. Lighter procedures may be performed as a series, while a more intensive resurfacing treatment may be undertaken less frequently. Reassessment should guide any further procedure.

Can CO₂ laser remove acne scars?

Fractional CO₂ laser can improve selected atrophic acne scars and broader textural irregularity, but it cannot completely remove every scar. Deep, tethered or ice-pick scars may require other procedures as part of a combined treatment plan.

Can CO₂ laser tighten loose skin?

CO₂ resurfacing may improve fine wrinkling and produce some tissue contraction through collagen remodeling. It does not replace surgery or reposition deeper facial structures when substantial laxity is present.

Can CO₂ laser make pigmentation worse?

Yes. Inflammation and thermal injury may cause post-inflammatory hyperpigmentation or, less commonly, hypopigmentation. Risk may be higher in darker skin types, melasma-prone skin, recently tanned skin and patients with a history of pigment instability.

Is CO₂ laser suitable for darker skin?

It may be appropriate for selected patients, but the risk of post-inflammatory pigment change requires careful assessment and modified treatment planning. In some cases, another technology or a staged approach may be safer.

What is Alma Hybrid CO₂ laser?

Alma Hybrid combines an ablative 10,600 nm CO₂ laser with a non-ablative 1570 nm laser. The wavelengths can be delivered separately or in combination to vary the balance between surface ablation and deeper thermal remodeling.

What is the best time of year for CO₂ resurfacing?

Treatment is generally best planned when ultraviolet exposure can be strictly controlled throughout preparation and recovery. Cooler months may make this easier, but ultraviolet protection remains essential throughout the year on the Sunshine Coast.

Where can I have CO₂ laser resurfacing on the Sunshine Coast?

Aesthete provides Alma Hybrid CO₂ laser resurfacing in Maroochydore on the Sunshine Coast. Treatment begins with clinical assessment to establish the condition being treated, appropriate treatment depth, expected recovery and individual suitability.