CO2 Fractional Laser Face Resurfacing Treatment Demonstration for Clinics
Pure Tone Journal · CO₂ Fractional Laser
CO₂ Fractional Laser Face Resurfacing Treatment Demonstration
What does a professional 10,600nm fractional CO₂ resurfacing treatment actually look like in practice?
In this guided demonstration, Kirsten, qualified nurse and aesthetic nurse trainer, carries out a facial resurfacing treatment using Hestia S-CO₂ at the Pure Tone Aesthetics clinical training centre.
For practitioners and clinic owners considering fractional CO₂, the treatment provides a practical view of handpiece technique, treatment coverage, patient communication and the realities of introducing a more intensive resurfacing treatment into clinic.
Watch the treatment
A Complete Fractional CO₂ Resurfacing Treatment in Practice
The video follows Kirsten as she carries out a professional facial resurfacing treatment using Hestia S-CO₂.
Kirsten talks through the treatment while she works, showing how the handpiece is positioned and how treatment progresses systematically across different areas of the face.
The demonstration also shows an important part of CO₂ treatment that cannot be understood from machine specifications alone: the interaction between practitioner and patient throughout a controlled resurfacing procedure.
For clinic owners, it provides useful context around the treatment itself, the level of practitioner involvement and how fractional CO₂ differs in practice from lighter rejuvenation treatments.
Beyond the specification sheet
What the Demonstration Shows
Watching a complete treatment helps put technique, treatment intensity and patient care into context.
Handpiece Technique
See how the handpiece is positioned and controlled as treatment moves across different facial areas.
Treatment Coverage
The demonstration shows how the practitioner works systematically across the skin rather than approaching resurfacing as a series of isolated passes.
Patient Communication
Treatment explanation, reassurance and comfort management form part of the procedure rather than sitting separately from the technology.
Clinical Workflow
Clinic owners can see the practical nature of the appointment and consider how advanced resurfacing would fit alongside their existing skin treatments.
The technology
How 10,600nm Fractional CO₂ Resurfacing Works
CO₂ laser technology uses a 10,600nm wavelength with very strong absorption by water within skin tissue.
In fractional resurfacing, the laser does not remove the entire skin surface uniformly. Instead, energy is delivered in an array of microscopic treatment zones.
Within those zones, controlled thermal and ablative effects trigger a wound-healing response and subsequent tissue remodelling, while areas between the fractional columns remain untreated.
Treatment depth, density and energy influence both the tissue response and the recovery profile, which is why fractional CO₂ requires thoughtful parameter selection rather than a one-setting-fits-all approach.
Fractional Does Not Mean Superficial
The word “fractional” describes the pattern in which treatment is delivered. CO₂ remains an ablative resurfacing technology, and the patient's expected skin response, recovery and aftercare should be discussed clearly before treatment.
Resurfacing · remodelling · correction
Where Fractional CO₂ Earns Its Place
CO₂ is particularly relevant where the treatment objective goes beyond light rejuvenation and the patient is prepared for a more intensive resurfacing procedure.
Scarring & Texture
Fractional CO₂ is widely used within professional treatment plans for acne scarring, uneven surface texture and other textural irregularities.
Lines & Photoageing
Fine lines, wrinkles and visible sun-related ageing are common reasons patients consider fractional resurfacing.
Skin Resurfacing
For suitable patients, CO₂ provides a higher-intensity resurfacing option where more superficial treatment routes may not match the treatment objective.
Pigmentation may also form part of the overall presentation, but not every pigmentation concern should be treated with CO₂ laser. Correct assessment and appropriate patient selection remain essential.
The strength of the technology is not that it replaces every other skin treatment. It is that it provides clinics with a distinct resurfacing option for patients whose treatment goals justify the greater intensity and recovery involved.
Before treatment
Patient Selection Matters With CO₂ Resurfacing
A more intensive treatment places greater importance on consultation, suitability and realistic expectations.
Skin type, pigmentation history, medical history, medication, recent sun exposure, active skincare, previous procedures and the patient's capacity to follow post-treatment guidance all need to be considered.
The consultation should also establish whether the patient's treatment objective justifies CO₂ resurfacing. A patient seeking subtle brightening with minimal interruption to everyday life may need a very different treatment conversation from somebody concerned with established acne scarring or more advanced texture.
Recovery should be discussed before treatment rather than after it. The patient needs a realistic understanding of expected redness, skin response, aftercare and sun protection.
- Assess skin type and pigmentation risk
- Review relevant medical history
- Discuss medication and active skincare
- Consider recent sun exposure and tanning
- Review previous laser and aesthetic procedures
- Establish the primary treatment objective
- Discuss treatment intensity and likely recovery
- Set realistic expectations around results
- Explain post-treatment skincare and sun protection
- Confirm that the patient can follow the required aftercare
Treatment pathways
Where CO₂ Fits Within a Clinic Treatment Menu
A resurfacing laser is most useful when it fills a clearly defined treatment role rather than simply adding another machine to the clinic.
Patients concerned with texture, acne scarring, wrinkles or photoageing may have several possible treatment routes depending on the severity of the concern, their skin, treatment tolerance and acceptable downtime.
That means CO₂ does not need to compete with every other technology in the clinic. Its value is often at the more intensive end of the resurfacing pathway.
Alongside Thulium
1927nm Thulium provides a different fractional laser approach with a generally lower-downtime treatment profile, while CO₂ occupies a more intensive ablative resurfacing role.
Alongside RF Microneedling
RF microneedling delivers radiofrequency through needles at controlled depths, while fractional CO₂ uses ablative laser energy. Both may be relevant to texture and scarring, but they are not interchangeable procedures.
Alongside IPL
IPL is useful for selected photorejuvenation, pigmentation and visible redness protocols. CO₂ serves a different role where fractional resurfacing and tissue remodelling are priorities.
Alongside Peels & Facials
Lighter skin treatments remain useful for maintenance and less intensive concerns, while CO₂ gives the clinic an advanced resurfacing route for appropriately selected patients.
Pure Tone professional technology
Hestia S-CO₂
Hestia S-CO₂ is Pure Tone Aesthetics' professional 10,600nm fractional CO₂ laser platform.
The system is designed for clinics looking to provide advanced fractional skin resurfacing alongside precision CO₂ functionality, with optional intimate wellness capability available within the platform.
For skin-focused clinics, the core appeal is its ability to add a distinct resurfacing category for concerns including scarring, wrinkles, texture and visible photoageing in appropriately selected patients.
The decision to introduce CO₂ should nevertheless begin with the clinic's treatment strategy. The right question is not simply whether the machine can deliver advanced resurfacing, but whether your practitioners, patient base and existing treatment menu give that technology a useful role.
Technology · Training · Support
Advanced Resurfacing Needs Proper Training Behind It
Learning to operate the interface is only one part of introducing fractional CO₂ safely and appropriately.
Practitioners also need to understand tissue response, patient selection, contraindications, treatment-area planning, treatment parameters, expected recovery and post-treatment care.
Pure Tone professional equipment training is CPD certified and nurse-led, combining machine operation with practical treatment technique and patient considerations.
Professional systems are personally delivered and installed, with ongoing clinical and technical support available as clinics begin using the technology.
Nurse-Led Training
Training covers machine operation alongside consultation, treatment planning, treatment parameters and practical technique.
Personal Installation
Professional equipment is delivered, installed and set up rather than simply being sent to the clinic for the team to work out independently.
Ongoing Clinical Support
Practitioners can continue to access guidance after training as they begin incorporating the treatment into their own clinic.
Clinic Support
Support can also include treatment positioning, promotional guidance, nationwide patient promotion and flexible equipment finance.
Professional fractional CO₂
CO₂ Fractional Laser Treatment Questions, Answered
What does this CO₂ fractional laser demonstration show?
The video shows Kirsten, a qualified nurse and aesthetic nurse trainer, carrying out a professional Hestia S-CO₂ fractional laser facial resurfacing treatment at the Pure Tone Aesthetics clinical training centre. It shows handpiece use, treatment coverage, patient communication and practical treatment flow.
What wavelength does Hestia S-CO₂ use?
Hestia S-CO₂ uses a 10,600nm CO₂ laser wavelength for professional fractional resurfacing and precision CO₂ applications.
How does fractional CO₂ laser resurfacing work?
Fractional CO₂ delivers laser energy in microscopic treatment zones rather than treating the entire skin surface uniformly. These controlled zones create thermal and ablative effects that stimulate a wound-healing and tissue-remodelling response while leaving untreated tissue between them.
What is CO₂ fractional laser resurfacing used for?
Professional fractional CO₂ treatments can form part of treatment plans for concerns including acne scarring, uneven skin texture, fine lines, wrinkles, photoageing and broader skin-resurfacing objectives in suitable patients.
Is fractional CO₂ the same as Thulium laser?
No. Fractional CO₂ and Thulium are different laser technologies. Hestia S-CO₂ uses a 10,600nm ablative CO₂ wavelength, while Thulium Laser Pro™ uses 1927nm fractional Thulium technology. They have different tissue interactions, treatment intensities and typical recovery profiles.
Can CO₂ laser be used for acne scarring?
Acne scarring is one of the established treatment areas for fractional CO₂ resurfacing. Suitability and treatment parameters depend on the type and severity of scarring, skin characteristics and individual patient assessment.
Does fractional CO₂ laser involve downtime?
Yes, fractional CO₂ resurfacing can involve visible recovery time. The degree and duration of skin response depend on treatment intensity, area treated and individual patient factors. Expected recovery and aftercare should be explained clearly before treatment.
Is CO₂ fractional laser suitable for every patient?
No. Skin type, pigmentation risk, medical history, medication, recent sun exposure, current skincare, treatment objectives and the patient's ability to follow appropriate aftercare should all be considered during consultation.
Can Hestia S-CO₂ be used for intimate wellness treatments?
Hestia S-CO₂ can be configured with optional functionality for professional intimate wellness applications. Clinics considering this treatment category should discuss the available configuration, training, practitioner requirements and treatment protocols with Pure Tone Aesthetics.
Does Pure Tone Aesthetics provide Hestia S-CO₂ training?
Yes. Pure Tone professional equipment training is CPD certified and nurse-led, covering practical machine operation, treatment technique, patient considerations and appropriate treatment planning.
Is Hestia S-CO₂ delivered and installed?
Yes. Pure Tone Aesthetics personally delivers and installs its professional equipment rather than simply sending the machine to the clinic by courier. Ongoing clinical and technical support is also available after installation and training.
Is finance available for Hestia S-CO₂?
Yes. Flexible finance options are available for Pure Tone professional equipment. Speak to the clinic team for the current options and to discuss the most appropriate route for your clinic.
How can I decide whether CO₂ resurfacing is right for my clinic?
Consider the skin concerns your patients present with, the technologies you already offer, the treatment intensity your practitioners want to provide and whether your patient base is comfortable with the recovery associated with advanced resurfacing. Pure Tone Aesthetics can also help you compare CO₂ with other professional skin technologies before you invest.
From the Journal
CO₂ Has a Clear Role When the Treatment Needs to Go Further
Not every patient needs intensive resurfacing, and not every clinic needs a CO₂ laser. That is precisely why its place in a treatment menu should be clearly defined.
Where texture, established acne scarring, wrinkles or more advanced photoageing are the priority, fractional CO₂ gives practitioners a treatment route that lighter rejuvenation technologies are not designed to replicate.
Watching a complete treatment helps make that distinction clearer: the technology, practitioner involvement, patient communication and recovery expectations all form part of what advanced resurfacing actually means in practice.
10,600nm fractional CO₂
Explore Hestia S-CO₂
See the system in more detail or speak to the Pure Tone Aesthetics clinic team about demonstrations, CPD-certified nurse-led training, personal delivery and installation, finance and ongoing clinical and technical support.