Show patients their result before they treat.
Fractional thermal devices like Tixel that renew texture and tone with controlled heat and little downtime.
Sarah Jenkins
Plan • Energy Device
Recommended Protocol
Thermal Skin Resurfacing
Tixel 2 • Series of 3–4 per year
Maintenance & Follow-Up
Ongoing plan
Thermal fractional resurfacing uses controlled heat from devices like Tixel to create microscopic zones of stimulation that build collagen and renew texture. It improves fine lines, scars, sun damage, and mild laxity with shorter recovery than aggressive laser. Results build over a series of 3–4 sessions with a few days of redness each time.
Thermal fractional resurfacing uses controlled heat — delivered by devices like Tixel and Plasmage — to create microscopic zones of thermal stimulation in the skin, prompting collagen renewal and faster cell turnover. It improves fine lines, rough texture, scars, sun damage, and mild laxity, bridging the gap between gentle facials and aggressive laser resurfacing. Results build over a series with relatively short recovery and broad skin-type suitability.
For a practice, thermal resurfacing is a flexible, mid-tier device service that fills the menu between light treatments and ablative laser, supporting packages and recurring visits. Because the improvement is cumulative, helping patients commit to a series before they've seen change is the conversion challenge. Showing the projected smoothness and tone on their own photo, staged as a plan, is what justifies the package and the skincare that protects results.
Thermal Skin Resurfacing
Category
Energy Device
Typical cadence
Series of 3–4 per year
Downtime
2–5 days of redness, swelling, and a sunburned feel.
Typical range
$800–$1,500 per session
From in-clinic procedures to at-home regimens, Afters maps the full range of options — so patients can see what each one would do for them, on their own photo, before they commit.
Energy-based and resurfacing platforms providers use to deliver this treatment in clinic.
The named products and devices patients search for — each with what it is, who makes it, and how it fits a visual plan.
Each concern maps to its full range of options — and lets patients preview their result before they commit.
Small, shallow wrinkles that show up first around the eyes, mouth, and forehead.
Explore concernSmoothing rough, uneven, or bumpy facial skin for a refined, radiant complexion.
Explore concernPits, raised marks, and discoloration left behind after breakouts heal.
Explore concernVisibly dilated pores and dark, clogged blackheads that make skin look rough and uneven.
Explore concernFlat brown spots and age spots from years of cumulative sun exposure.
Explore concernThin, finely wrinkled skin resembling crepe paper, common on the under-eyes, neck, arms, and décolletage.
Explore concernCommon questions patients ask about thermal skin resurfacing — and what practices should be ready to answer.
It improves fine lines, rough texture, enlarged pores, acne and surgical scars, sun damage, and mild laxity by stimulating collagen renewal.
It uses direct thermal energy rather than a laser beam, often with shorter downtime and broad skin-type suitability, sitting between light treatments and aggressive ablative laser.
Expect 2–5 days of redness, swelling, and a sunburned feeling, with possible micro-crusting as the skin renews. Sun protection during healing is essential.
Most protocols run 3–4 sessions spaced a few weeks apart, with collagen continuing to remodel for months after the final treatment.
Patients rarely come in for just one thing. Browse other treatments Afters can visualize and plan.
Gentle fractional lasers that renew tone and texture with little to no downtime.
View treatmentMicroneedling combined with radiofrequency energy to remodel collagen deep in the skin.
View treatmentAblative fractional lasers that resurface damaged skin to smooth lines, scars, and sun damage.
View treatmentAfters simulates the outcome on a patient's own photo and builds a visual 12-month plan — so consults convert and average ticket climbs.