Is LaseMD Ultra™ Worth It? Benefits and Differences
Key Takeaways
LaseMD Ultra™ is a 1927 nm fractional thulium laser technology that delivers energy into the skin through small treatment points to support the skin renewal process and improve overall skin quality. It can be used to address dullness, uneven skin tone, pigmentation concerns, uneven texture, and visible signs of sun-damage. Another key feature is its ability to create microchannels that support topical delivery under physician-directed treatment protocols. Compared with conventional laser systems, LaseMD Ultra™ offers greater flexibility in adjusting treatment intensity and can be incorporated into a wide range of skin treatment programs. These capabilities make it an option for clinics looking to expand their treatment portfolio and address a broader range of patient needs.
Table of Contents
When it comes to laser-based skin treatments, aesthetic clinics today have access to a wide range of aesthetic clinic devices, from lasers specifically designed to target pigmentation to technologies developed for skin resurfacing and collagen stimulation. One technology that has gained attention is LaseMD Ultra™, which uses a 1927 nm fractional thulium laser and operates through a non-ablative approach that does not require extensive removal or destruction of the outer layer of the skin.
A key feature of this technology is its ability to create small microthermal zones within the skin to stimulate the natural renewal process, while allowing physicians to adjust treatment intensity according to each patient’s skin condition and concerns. For clinics researching the technology through LaseMD Ultra™ reviews or exploring whether LaseMD Ultra™ is a suitable addition, which skin concerns it can address, and the differences between LaseMD Ultra™ vs conventional laser systems. This article explains its working principles, potential applications, and key technological distinctions.
What Is LaseMD Ultra™?
LaseMD Ultra™ is a fractional thulium laser system that operates at a wavelength of 1927 nm. The LaseMD Ultra™ laser delivers energy into the skin through numerous microbeams, distributing energy across small treatment points rather than exposing the entire skin surface to energy at the same time.
The concept behind fractional thulium technology is to create microthermal treatment zones, which are microscopic areas exposed to thermal energy while leaving surrounding tissue intact to help support the skin recovery process after treatment. Cynosure Lutronic LaseMD Ultra™ allows treatment energy to be adjusted according to specific goals and skin conditions, giving physicians the flexibility to design treatments ranging from relatively gentle settings for general skin maintenance to higher intensity settings for concerns that require more targeted care.
Is LaseMD Ultra™ Effective and What Skin Types Is It Suitable For?
For clinic owners considering whether LaseMD Ultra™ is a worthwhile investment, the decision should primarily be based on the types of skin concerns treated and the clinic’s treatment objectives. Fractional thulium 1927 nm technology is designed to address multiple aspects of skin quality, including uneven skin tone, pigmentation concerns, skin texture, and signs of sun damage. These LaseMD Ultra™ benefits make the technology a flexible option that physicians can incorporate into treatment plans based on individual skin assessments.
Skin concerns commonly addressed with LaseMD Ultra™ laser include the following:
Dull and Uneven Skin Tone
Continuous exposure to sunlight and environmental factors can leave the skin looking dull and less radiant. Fractional thulium technology can be incorporated into treatment programs that target superficial skin concerns and support the natural skin renewal process, helping improve the appearance of uneven skin tone while promoting smoother-looking skin texture.
Freckles, Dark Spots, and Pigmentation Concerns
Fractional thulium lasers operating at 1927 nm have been widely studied for pigmentation-related concerns because they can create microthermal zones within the superficial layers of the skin. This gives physicians another option when designing treatment programs for freckles, dark spots, and certain types of pigmentation.
However, pigmentation concerns do not all have the same causes or behavioral triggers. This is particularly important with melasma and post-inflammatory hyperpigmentation. Energy levels, treatment frequency, and the use of complementary treatment methods should therefore be determined according to an individual skin assessment.
Uneven Skin Texture and Visible Pores
Fractional energy delivery creates microthermal zones while leaving untreated tissue between the areas exposed to energy, helping support the skin’s recovery process. This mechanism can be incorporated into treatment approaches designed to improve uneven skin texture and reduce the appearance of visible pores.
Sun-Damaged Skin and Early Signs of Aging
Skin changes caused by sun exposure, or photoaging, involve more than wrinkles. They can also include uneven skin tone, rough texture, and changes in overall skin quality. Fractional thulium technology can form part of a skin rejuvenation program for patients who want to address several aspects of skin quality without necessarily choosing a procedure that involves extensive removal of the outer skin layer.
How Does LaseMD Ultra™ Differ From Conventional Laser Systems?
When comparing LaseMD Ultra™ vs conventional laser systems, it is important to consider how energy is delivered, the level of impact on the skin, and the flexibility available when designing treatment protocols. Different laser technologies are developed for different treatment goals.
Treatment Mechanism
LaseMD Ultra™ uses a 1927 nm fractional thulium laser that delivers energy into the skin through microbeams, creating numerous microthermal zones. This differs from certain laser technologies that use wavelengths with specific affinity for targets such as melanin or hemoglobin, as well as ablative lasers that intentionally remove portions of tissue to promote resurfacing and skin renewal.
Another distinction is that the microchannels created by fractional thulium technology can facilitate topical delivery. This gives physicians an additional element to incorporate into skin treatment programs beyond the effects of laser energy alone.
Downtime
The level of downtime associated with a laser treatment depends on the type of technology and the amount of energy used. Compared with ablative resurfacing technologies that remove portions of the skin, fractional thulium treatment intensity can be adjusted to produce different levels of tissue response. It is commonly used when physicians want to balance skin rejuvenation goals with recovery time.
However, this should not be interpreted to mean that LaseMD Ultra™ laser involves no downtime. Patients may experience temporary redness, warmth, dryness, or other short-term skin changes after treatment, depending on the energy settings used and their individual skin condition.
Treatment Flexibility
LaseMD Ultra™ allows treatment intensity to be adjusted according to different treatment goals. Physicians can incorporate the technology into programs focused on skin tone, pigmentation concerns, skin texture, or signs of sun damage and aging. Topical delivery may also be incorporated into the treatment approach when considered appropriate.
By comparison, some laser technologies are developed primarily for specific targets such as pigmentation, vascular concerns, or resurfacing. This can make their applications more specialized or limited when designing broader treatment programs. With LaseMD Ultra™, flexibility comes from the ability to adjust energy levels and apply the technology across multiple skin care approaches within a single platform.
Expand Skin Treatment Programs and Clinic Options With LaseMD Ultra™
LaseMD Ultra™ is another technology worth considering for clinics looking to expand their skin quality treatment options. Its 1927 nm fractional thulium laser can be used to address skin tone, texture, and signs of sun exposure through a non-ablative approach that allows treatment intensity to be adjusted according to each patient’s skin condition and goals. Its value therefore extends beyond the technology itself to include flexibility in treatment plan design and the ability to incorporate it alongside other procedures within the clinic.
For physicians or clinic owners looking for a fractional thulium laser to strengthen their skin quality services and build a more diverse treatment portfolio, more information about LaseMD Ultra™ price is available from Aestellar. Clinics can also receive guidance on the product, treatment program planning, and ways to integrate the technology into their existing clinical approach.
Contact Aestellar or schedule a device demonstration today via LINE: @Aestellar or call 063-669-9699
References:
- Ultra 1927 nm Thulium Laser – Cynosure Lutronic. Retrieved August 27, 2026, from https://www.cynosure.com/product/ultra/.
- Nonablative 1927 nm fractional resurfacing for the treatment of facial photopigmentation. Retrieved August 27, 2026, from https://pubmed.ncbi.nlm.nih.gov/25607696/.
- Investigating the efficacy of a fractionated 1927 nm laser for diffuse dyspigmentation and actinic changes. Retrieved August 27, 2026, from https://pubmed.ncbi.nlm.nih.gov/36950878/.
Frequently Asked Questions About LaseMD Ultra™ (FAQs)
A: The level of sensation during treatment depends on the energy settings, treatment area, and individual skin sensitivity. Patients may experience mild warmth, heat, or slight itching during treatment. The physician will adjust the energy level according to each patient’s skin condition and treatment goals.
A: After treatment, patients should avoid intense sun exposure, use gentle skin care products, and apply sunscreen consistently. During the initial recovery period, products that may cause irritation, such as exfoliating ingredients or retinoids, should be avoided until the skin has recovered according to the physician’s recommendations.
A: The appropriate number of sessions varies depending on the skin concern, treatment intensity, and individual response. Some patients may begin to notice changes after a few treatments, while more complex concerns may require a series of sessions. A physician should determine the appropriate treatment interval and number of sessions.
A: In some cases, LaseMD Ultra™ can be incorporated into a treatment plan alongside other procedures, such as skin tightening technologies or other skin quality treatments, to address different treatment goals. However, the treatment sequence, interval between procedures, and energy settings should be planned by a physician to help minimize unnecessary irritation or adverse effects.
A: Patients with active inflammation, infection, open wounds, or irritated skin in the treatment area should consult a physician before treatment. Those with sensitive skin, existing skin conditions, or who are currently taking certain medications should also provide this information to their physician so that suitability can be assessed and treatment can be planned appropriately and safely.