The demonstration shows the machine, handpiece and treatment technique in a real clinical training environment.

Donna talks through the procedure as she works, allowing practitioners to see the pace of the session, the movement of the handpiece and the interaction with the patient.

The purpose is to make the treatment process clearer to clinics considering the technology.

This is a demonstration, not a universal treatment protocol or a substitute for hands-on training. Settings and techniques must be selected according to the patient and the manufacturer's appropriate guidance.

Thulium Laser Pro™ uses a 1927nm fractional Thulium laser.

At this wavelength, laser energy is absorbed by water within the skin, creating controlled microscopic thermal treatment zones.

Fractional delivery leaves surrounding areas of tissue untreated, which can help support recovery.

The conventional 1927nm non-ablative fractional approach is particularly relevant to more superficial skin renewal.

This makes it different from the deeper ablative effects of fractional CO₂ resurfacing.

We explain these differences further in our Thulium vs CO₂ Laser Comparison .

The important point is that these applications are not interchangeable.

Pigmentation, visible pores, fine lines and scarring have different underlying causes.

For example, more pronounced atrophic acne scars may benefit from a deeper fractional treatment approach such as 1550nm Erbium Glass, depending on the scar type and patient.

A clinic should choose its treatment according to the clinical concern rather than assuming one wavelength can address everything equally.

A professional consultation should establish the patient's main concern, skin phototype, relevant medical history, previous treatments and likely response to fractional laser.

Pigmentation requires particular care because not every pigmentary condition is appropriate for laser treatment.

Practitioners should also consider recent sun exposure, a history of post-inflammatory hyperpigmentation, active skin conditions and any relevant medications.

Before treatment, patients should understand the expected skin response, possible side effects, recovery and aftercare.

During treatment, patients may experience warmth, heat or a prickling sensation as the laser energy is delivered.

The level of discomfort varies according to the settings, treatment area and individual sensitivity.

Afterwards, temporary redness, swelling, dryness, bronzing or fine flaking may occur.

The extent and duration of the response depend on the protocol and individual healing.

Although conventional 1927nm fractional Thulium treatment is generally associated with less recovery than intensive ablative resurfacing, it should not be described as having guaranteed zero downtime.

For further information about recovery, results and aftercare, see our Thulium Laser Treatment Guide .

Clinics considering Thulium often already provide facial treatments, IPL, RF microneedling or other laser skin-rejuvenation services.

1927nm Thulium offers another fractional approach that may be appropriate for patients seeking improvements in selected superficial pigmentation, tone and skin quality.

Its value lies in providing a distinct treatment option, rather than replacing every technology already used in the clinic.

Thulium Laser Pro™ is designed for professional fractional skin rejuvenation and selected pigmentation and skin-quality applications.

The video offers a useful introduction to the practical side of the technology, but a purchasing decision also needs to consider the clinic's existing equipment, patient demand and intended treatment menu.

Pure Tone also offers Thulium Laser Pro Mini™ and Thulium Laser Pro Dual™. The Dual adds 1550nm Erbium Glass for deeper non-ablative fractional treatment options.

We compare all three systems in our Thulium Laser Buying Guide .

Pure Tone is a CPD Approved Provider, and our current professional equipment offering includes nurse-led practical training.

The level of prior knowledge and professional experience can differ significantly between clinics, so training requirements should be discussed before purchase.

A demonstration video can introduce the technology, but it does not replace supervised training, appropriate professional qualifications or machine-specific protocols.