The Only Understandable Guide on Cosmetic Lasers
✨ Welcome to the most comprehensive guide to pretty much every cosmetic laser in existence. ✨
Investigating cosmetic lasers is a pain in the ass. You open one tab, and suddenly you have forty. Half are RealSelf threads from 2014. Half are med spa landing pages. None of them agree. You close the laptop knowing measurably less than when you started. And I should look flawless for doing that much work just now.
The research is labor-intensive because cosmetic lasers are secretly medical devices. Less beauty and more medicine. It's kind of like: you suspect you might have had a heart attack? But also you don't really know. But if you did, is Fractional Flow Reserve (FFR) or Intravascular Ultrasound (IVUS) better? My primary concern is my left anterior descending artery and fine lines.
First, you have to understand science. Which is really boring and, like, overly complicated. But it made itself indispensable when it decided to make lasers work, and surprise its one of the missing pieces when trying to research.
Then come the supposed benefits, which hinge entirely on that science OR hinge on the person trying to make money. Who is usually the complete opposite of science, with unhinged confidence and made up words. What the fuck is radiance?
So I’ve attempted to create a guide that’s concise but thorough—understandable without being patronizing, and informative without preying on your self-esteem.
Behold:
✨ A comprehensive guide to pretty much every cosmetic laser in existence. ✨
Feel free to subscribe. I commit to this topic unpredictably — but passionately.
The honest answer is: several. You are rarely a candidate for just one treatment, and the best results usually come from using them in combination. You might be poor, and so the right laser for you is being sad.
To return to our heart attack patient: the answer to “which intervention is right for me?” is never just FFR or IVUS. It’s a full clinical picture. Ejection fraction, lesion complexity, comorbidities, whether your cardiologist takes your insurance. The laser question works the same way. Nothing is fixed in a single session—not without surgery, and surgery is a different article. But boy is surgery fun.
Benefits vary enormously from person to person. Not everyone lives with and blows their dermatologist/boyfriend. Or in a position to sell a kidney the answer to what’s right for me should always come from a personalized consultation. Your individual goals, skin type, and budget matter. So do:
recovery time,
finances,
current skincare routine,
finances,
age,
finances,
accessibility,
and of course finances.
So how do we walk into that consultation as something other than a mark?
The first step is understanding the science: the broad categories of devices, what distinguishes them, why the distinctions matter. It is the driest part of this guide. It did not want to be written and you may not want to read it. But it is load-bearing, and without it you will nod along to whatever your provider says and leave having committed to something you don’t fully understand.
Pop an addy. Let’s go.
From there it's best/easiest to group available treatments as follows:
Fully Ablative
Non-Ablative
Non-Ablative Fractional Resurfacing (NAFR)
Ablative Fractional Resurfacing (AFR)
Hybrid Fractional Laser
Radiofrequency technologies
Microneedling with Radiofrequency (MNRF)
Ultrasound
Hybrid RF + Ultrasound
Other
Ablative lasers employ selective photothermolysis of water within the dermal layer, vaporizing the top layers of the skin and fully removing the epidermis to promote re-epithelialization. Beneath this ablated zone, thermal injury triggers the heat-mediated contraction of collagen and subsequent collagen remodeling. As the collagen fibrils tighten and reorganize, the skin becomes firmer [2].
Because you basically regrow your epidermis like a little snake, patients see dramatic improvements in issues like deeper wrinkles and extensive photoaging. However, this level of intensity involves a lengthier recovery period, visible redness, crusting, and the need for a 1950’s Hollywood mansion to accompany your phantom of the opera era.
Despite these drawbacks, ablative lasers remain a powerful option for those who want the most significant results in a single treatment.
CO2 Lasers (Carbon Dioxide Lasers)
If you are:
In your 40s or older
Contemplating a facelift but feel like it's too soon or too invasive
Never wore sunscreen
Have a week and a half to hide inside, oozing- boy do I have a suggestion for you!
Fully ablative CO₂ laser treatments are typically best suited for people who have more significant signs of aging or skin damage that milder treatments may not fully address. This can include deeper wrinkles, noticeable acne scars, or heavy sun damage.
Now, you can be even younger and still benefit since the degree of intensity of CO2 resurfacing can be controlled, but this is really more of a “corrective” procedure than a cosmetic enhancement. I saw some great results from a poster who was in fact in their 30’s and I think demonstrates the type of concern which qualifies when in that age group:
However, like I’ve mentioned, the procedure and recovery are pretty involved. For starters, you’ll likely be given IV sedation- so this isn’t a “lunch time” procedure. Recovery from a CO₂ laser treatment generally spans about one to two weeks, though it can vary based on the depth and intensity of the procedure. Three months to see final results.
The first 1-3 days include redness and swelling, similar to a severe sunburn, and oozing/weeping. After that you'll transition to the cute “Peeling and Crusting Phase”. The old, treated layer of skin peels or flakes off and scabs may form in certain areas. By the second week you’ll look like one of those fetal mice you get from pet shops. It takes 3 months to settle completely.
Other than that it's not bad.
Who is a candidate: Fitzpatrick type I-II skin - fair-skinned Caucasians. Unfortunately Fitzpatrick type III-V skin are prone to dyspigmentation as a result of post-procedure inflammation. CO2 lasers won’t do much for redness or rosacea. If flushing, ruddiness, or visible blood vessels are your main concerns, IPL or pulsed dye lasers are better.
Additional notes: When doing your research on reddit it's important to distinguish between Ablative CO2 resurfacing and Fractional CO₂ laser resurfacing. Fractional CO₂ laser resurfacing is a later development and something I will cover in the Fractional Lasers section.
Additional Reading
Erbium:YAG Lasers
For many years, CO2 lasers were the first and ONLY laser available for laser skin rejuvenation, until they developed Er:YAG. This is like the little sister of CO2, only because it's often mentioned as another example of ablative lasers- but it comes down to the preference of the provider or whatever device they are trying to pay off. I mostly see this used as a treatment for acne scarring.
Era Elite by Aerolase is an example of a brand name, but I wouldn't really worry about this since a conversation with a provider typically would not include which brand of Er:YAG they are using.
Additional Reading
Best to talk to a doctor, but a brief comparison in the chart below. Apparently, multiple passes of an Er:YAG laser treatment mimic one pass of CO2 - another reason why they lumped together[3].
In contrast, non-ablative lasers deliver energy beneath the skin without removing the surface layer. By heating deeper tissue, they stimulate collagen production and cell renewal while leaving the epidermis mainly intact. This gentler approach cuts down on healing time—patients might experience only a few days of mild redness or swelling. The tradeoff is that non-ablative lasers often require multiple treatment sessions to achieve notable improvements. They are particularly suitable for addressing mild to moderate texture problems, fine lines, and pigmentation concerns with far less downtime. I would consider these to be cosmetically enhancing rather than intensive correcting.
I think this is where the topic starts to get overwhelming as there are tons of different kinds of non-ablative lasers, and even more brand names to keep up with, but they can be simplified by the wavelength (nm) and thus depth which they penetrate.
Pulsed Dye Laser (PDL)
The Pulsed Dye Laser (PDL) typically operates at 585–595 nm and is highly effective for treating vascular lesions, as it selectively targets hemoglobin in blood vessels. This makes it ideal for addressing conditions like port-wine stains, spider veins, and persistent redness associated with rosacea. Long-term effects of rosacea, such as broken capillaries under the skin, can also be treated effectively with PDL, often delivering significant improvement in both appearance and skin texture.
From personal experience as a patient, I really like this treatment. I wasn’t aware I had rosacea until my dermatologist boyfriend pointed it out… numerous times. I was like yeah, I just went running or drank a bottle of wine or both, at the same time. Isn’t it normal that my face is super red? Apparently not. More importantly the long term effects of rosacea had caused small broken capillaries under the skin, which I was also blissfully unaware of until after I had the treatment done and saw them removed.
The Vbeam laser is the most advanced type of pulsed dye laser (PDL). There are two FDA-cleared Vbeam laser systems.
The Vbeam Prima system has two wavelengths. The 1064 nm wavelength treats wrinkles, deep blue veins, and venous lakes (small, dark papules that can form on areas of the skin that are frequently exposed to sun). The 595 nm wavelength penetrates the skin more deeply, treating skin conditions like rosacea, telangiectasia (small widened blood vessels), age spots, vascular lesions, pigmented scars, inflammatory acne, and scars (including acne scars and newly formed stretch marks). It’s also frequently used to treat birthmarks, including port wine stains and hemangiomas.
Vbeam Perfecta has a 595 nm wavelength that penetrates the dermis and epidermis (the lower levels of skin), to treat over 20 concerns. In addition to all of the concerns treated by the Prima, Perfecta can treat nonfacial warts, hypertrophic scars, and psoriasis.
My favorite use: Vbeam laser can also treat early bruising caused by injectable cosmetic treatments or surgery. It's typically performed 24-48 hours after the bruise first appears, and for many patients, one treatment can significantly fade a bruise in 24 hours.
Additional Reading
Nd:YAG Lasers
This type of laser emits light at a wavelength of 1064 nm and is commonly used for vascular lesions, hair removal, and skin rejuvenation. It penetrates deeply into the skin, promoting collagen production without damaging the surface.
Laser Genesis (Cutera) is relatively gentle, most patients experience little to no downtime, making it popular for regular skin maintenance and subtle rejuvenation. Laser Genesis is often combined with other procedures, for optimal results. It can be performed on the same day as facials, chemical peels, radiofrequency (RF) skin-tightening treatments, RF microneedling, or dermal filler treatments [5]
Excel V (Cutera) combines 532 nm (KTP) and 1064 nm (Nd:YAG) wavelengths to treat a broad spectrum of vascular and pigmented lesions. The 532 nm wavelength targets superficial vascular conditions such as facial telangiectasias and cherry angiomas, while the 1064 nm wavelength can reach deeper vessels and also address pigmentation issues. Excel V is often praised for its ability to tackle multiple vascular and pigmentary concerns in a single device.
Neo Elite by Aerolase is a 1064 nm laser featuring a proprietary 650-microsecond technology. Its quick pulses and lower heat output are designed to treat a range of concerns such as acne, rosacea, hyperpigmentation, and unwanted hair, while minimizing discomfort. Patients often seek Neo Elite for its ability to address multiple skin conditions in a single platform with reduced risk of post-inflammatory hyperpigmentation.
Hair and Tattoo Removal
Before anyone grabs a pitchfork, let’s clarify: while often associated with tattoo and hair removal, they can also treat vascular lesions and be used for cosmetic enhancements. That said, these lasers are most commonly reserved for tattoo or hair removal due to their precision in targeting pigments or hair follicles without significantly affecting surrounding skin.
Ruby Laser aka Q-Switched Ruby: Operating at a wavelength of 694 nm, ruby lasers can effectively treat superficial vascular lesions as well as pigmented lesions, but they are best known for tattoo removal. [4]
Alexandrite Laser: At 755 nm wavelength, this laser is primarily known for effective hair removal but can also be utilized in non-ablative treatments to address boring medical pigmentation issues. I’ve included it for completeness, but I don’t know much about it in cosmetic practice.
Diode Lasers: Used for Laser Hair Removal (LHR). Nothing exciting to see here.
Fractional non-ablative lasers, introduced around 2005, stepped it up by offering effective results with significantly reduced downtime compared to fully ablative lasers. These systems work by creating microscopic columns of thermal injury beneath the epidermis while leaving the surrounding tissue intact. Gross! This approach accelerates healing and minimizes risks while stimulating collagen remodeling and improving skin texture.
Non-ablative fractional lasers are ideal for addressing moderate wrinkles, mild to moderate acne scars, sun damage, and textural irregularities. Although the results may not be as dramatic as those from ablative lasers, the healing process is considerably faster, making these treatments a popular choice for individuals seeking noticeable improvements without significant downtime. Additionally, they are safer for a broader range of skin types, including those with higher Fitzpatrick classifications, as they do not remove the skin's surface layer.
Clear + Brilliant (Solta Medical) – Considered a “baby Fraxel” for early signs of aging and mild textural concerns. While gentler than more intense fractional non-ablative lasers, it still stimulates collagen and helps maintain skin quality with relatively little downtime.
Seriously no downtime- you’re ready to rock and/or roll right out the chair. Might have some skin tightness in the morning.
This is about getting that dewy glow or event ready. You’re not going to change your whole life but it’s a reliable way to look refreshed with minimal pain and sacrifice.
Apparently really good for decreasing pore size. I was born without pores so I wouldn’t know 💅
Fraxel DUAL (1550 nm & 1927 nm) – Combines two wavelengths: the 1550 nm for deeper dermal remodeling and the 1927 nm for more superficial issues like pigmentation and tone, providing a versatile non-ablative treatment.
Iconic laser queen.
It is sold as a heavy lifter regarding preventative maintenance while also giving positive results once fully healed. 1-2 sessions per year starting in your thirties is frequently recommended.
You’ll need a solid week to recover with days 1-4 typically being the most noticeable.
Get a mini fan for post opt care. Your face is going to feel like a nasty sunburn and this will help.
The MOXI Laser 1927nm fractionated laser that delivers non-ablative wavelengths to the deeper layers of skin without damaging its surface.
Appears to be helpful with melasma and sunspots. People seem to love watching their brown pigmentation scab over and fall off. I don’t kink shame.
Frequently combined with BBL (discussed below)
Down time is about 1-2 days, sometimes up to 4. The first couple hours post procedure it will feel like a sunburn.
Bonus brands
Palomar Icon 1540 (Cynosure) – A fractional non-ablative device utilizing a 1540 nm wavelength, often used to address stretch marks, mild to moderate acne scarring, and textural irregularities.
Lumenis ResurFX – Uses a 1565 nm fiber laser in a fractional mode, offering adjustable spot patterns and densities. Targets mild wrinkles, scars, and skin tone issues with minimal downtime.
Thank you to u/holo-c who helped me realize I needed more information to make this section more useful.
How do we distinguish the above lasers? Well we have to go back to the original principles: what the laser is targeting and at what depth. At 1550 nm, the laser primarily targets water as its chromophore. Water is abundant throughout the skin, but 1550 nm is able to target water deeper in the dermis—beyond the melanocytes in the epidermis—focusing thermal stimulation on collagen production while minimizing the risk of damaging melanocytes. 1550 nm lasers are safer for darker skin tones!
You'll see that some of the listed lasers use a 1927 nm wavelength, which also targets water in the epidermis and upper dermis, making it ideal for treating more superficial skin concerns . While it doesnt directly target melanocytes- its still more shallow and thus there is a higher risk of PIH due to the skin’s increased melanin at that depth.
This is a massively important consideration when researching the right laser for your needs.
Additional Reading
Finally, fractional ablative lasers combine the deeper impact of ablation with the fractional pattern of micro-columns. These lasers vaporize columns of both the epidermis and dermis, preserving small sections of untouched skin around them. This approach leads to greater collagen stimulation and more significant improvements—often comparable to traditional ablative resurfacing—while generally involving less downtime than a fully ablative treatment. Although fractional ablative procedures still require some recovery and carry greater risks than non-ablative methods, they serve as a middle ground for patients seeking stronger outcomes than fractional non-ablative lasers without committing to the longest downtimes.
Examples:
Fraxel Re:Pair (Fractional CO₂) – Uses CO₂ energy in a fractional pattern to treat deeper wrinkles, severe sun damage, and scarring.
Lumenis UltraPulse (ActiveFX/DeepFX) – Offers fractional CO₂ modes with varying depths of ablation, allowing more customized treatment for different skin concerns.
Sciton ProFractional (Er:YAG) – Delivers fractional Erbium:YAG energy, creating microchannels of ablation for significant texture improvement and collagen remodeling.
DEKA SmartXide DOT – A fractional CO₂ platform featuring “DOT” (Dermal Optical Thermolysis) technology for adjustable coverage and depth, commonly used to treat wrinkles and scars.
Candela CO₂RE – Offers multiple fractional modes at varying ablation depths, targeting everything from light resurfacing to more aggressive treatments.
Additional Reading
The Halo laser, developed by Sciton, is a hybrid fractional laser system that combines both ablative and non-ablative wavelengths in a single treatment. This dual-wavelength technology allows Halo to target multiple layers of the skin simultaneously, providing comprehensive rejuvenation while minimizing downtime. Halo is often referred to as a second-generation laser.
Dual-Wavelength Technology: The ablative component resurfaces the skin by vaporizing damaged outer layers, while the non-ablative component heats the deeper layers to stimulate collagen production and improve skin texture. This synergy allows Halo to treat surface irregularities and deeper concerns in a single session.
Shorter Downtime: While redness and swelling are expected for a few days post-treatment, most patients return to work or daily activities within 1–2 days. This is significantly shorter than the week-long recovery typically associated with other fractional lasers like Fraxel.
Immediate and Long-Term Results: Patients often notice a youthful glow and improved skin tone within 5–7 days after treatment. Long-term improvements, such as reduced wrinkles, firmer skin, and diminished hyperpigmentation, continue to develop as collagen remodeling progresses over several months. With proper skincare and sun protection, results can last for years.
Customizable Settings: Halo’s settings can be tailored to each patient’s skin type, concerns, and tolerance for downtime. This makes it one of the safest laser treatments for darker skin tones and an excellent option for treating melasma, hyperpigmentation, and other pigment-related issues.
Additional Reading
Thus far, we have covered lasers dedicated to addressing irregularities in the epidermis and dermis, focusing on improving skin tone, texture, pigmentation, and even scars. However, if you've read my other discussions (shameless plug) on cosmetic procedures, you'll know that the condition of our skin isn’t just confined to these superficial layers. To truly rejuvenate, it’s crucial to address deeper concerns, such as skin laxity and volume loss, which extend into the subdermal layers and even the structural tissues beneath.
This is where radiofrequency (RF) and ultrasound technologies come into play. These treatments go beyond the surface to target deeper layers of the skin and connective tissue, stimulating collagen production and improving skin elasticity.
Radiofrequency (RF) technologies promote skin tightening, collagen remodeling, and fat reduction. RF devices work by generating controlled thermal energy, which penetrates the deeper layers of the skin while sparing the surface. This heat stimulates fibroblasts, the cells responsible for producing collagen and elastin, leading to improved skin elasticity, firmness, and texture over time. Unlike lasers, which use light energy, RF is not chromophore-dependent, making it safe and effective across a wide range of skin types and tones.
Certain RF devices are also designed to target subcutaneous fat, breaking down fat cells while simultaneously tightening the overlying skin. This dual action makes RF technology a versatile option for both facial rejuvenation and body contouring.
Because these treatments are non-invasive or minimally invasive, they typically require little to no downtime, allowing patients to return to their daily routines almost immediately. Results are gradual and develop over weeks to months as collagen remodeling continues, providing natural-looking improvements that enhance the skin's tone and contour.
Thermage FLX (Solta Medical) monopolar RF device for tighten and contour the skin on the face, neck, and body. It is especially effective for areas like the jawline, eyelids, and abdomen. The treatment is completed in a single session with results that continue to improve over several months. Thermage FLX also features advanced cooling mechanisms, ensuring patient comfort and safety during the procedure.
I have had this done- feel free to ask questions.
Venus Legacy (Venus Concept) The Venus Legacy combines multipolar RF with pulsed electromagnetic fields (PEMF) to enhance skin tightening and reduce cellulite. The RF energy stimulates collagen remodeling, while PEMF promotes circulation and tissue repair, amplifying the skin’s regenerative response. The treatment is comfortable, with most patients describing it as a warm massage, and typically requires a series of sessions for optimal results.
Radiofrequency (RF) microneedling technologies combine the collagen-stimulating benefits of microneedling with the heat-driven effects of RF energy to enhance skin rejuvenation and tightening. Microneedles penetrate the skin at precise depths to create controlled micro-injuries, triggering the body’s natural healing process and promoting collagen and elastin production. Simultaneously, RF energy is delivered directly into the deeper layers of the skin through the needles, generating heat that further stimulates collagen remodeling, tightens skin, and improves elasticity. RF microneedling is customizable to various skin types and conditions.
Omg there are so many: Morpheus 8, Potenza RF, Pixel8, Profound, Secret RF, Venus Viva… just to name a few.
I haven't touched MNRF and wouldn't consider it unless a trusted provider suggested it for a specific concern- but this is 100% a personal choice. I just think there are more interesting things out there than this.
Ultrasound technology goes even deeper than RF. By bypassing the outer layer of the skin and targeting deeper tissues, ultrasound stimulates collagen and elastin production, tightens skin, and, in some cases, reduces localized fat deposits. Unlike lasers or radiofrequency devices that rely primarily on thermal energy delivered at varying depths, ultrasound technology uses sound waves to target precise layers within the skin. This precision allows for highly effective results with minimal to no downtime.
Ultherapy, developed by Merz Aesthetics, is one of the most well-known ultrasound-based cosmetic treatments. It uses micro-focused ultrasound energy to lift and tighten the skin on the face, neck, and décolletage. By delivering controlled ultrasound waves to specific depths, including the superficial muscular aponeurotic system (SMAS) layer—the same area targeted in surgical facelifts—Ultherapy stimulates the body’s natural regenerative response. Over time, this process increases collagen production, resulting in firmer and more youthful-looking skin. Ultherapy is particularly effective for treating mild to moderate skin laxity, such as sagging jowls or a drooping brow. While the procedure involves minimal downtime, patients may experience mild redness or swelling, and results gradually develop over two to three months, with improvements continuing for up to six months.
Softwave is a newer, non-invasive skin-tightening technology that also uses focused ultrasound energy but targets a more specific layer of the skin—the mid-dermis. Softwave delivers controlled ultrasound waves to gently heat the tissue, initiating a regenerative response without damaging the skin’s surface. The procedure is comfortable for most patients, with minimal discomfort and virtually no downtime. Over the following weeks and months, the newly stimulated collagen tightens and smooths the skin, creating a firmer appearance.
Hybrid ultrasound and radiofrequency (RF) therapies combine the strengths of both energy modalities to target skin laxity, fat deposition, and cellulite more effectively than using either technology alone. The fusion of ultrasound and RF allows for deeper penetration into the skin and subcutaneous layers, improving treatment outcomes while maintaining patient comfort. Ultrasound energy delivers precise mechanical disruption to target fat cells and loosen connective tissue, while RF energy uses controlled heat to tighten skin, stimulate collagen production, and improve elasticity. This dual-action approach makes hybrid models an innovative and powerful solution for non-surgical body contouring and skin rejuvenation.
The Exilis Ultra advanced features include a cooling mechanism that protects the skin’s surface during treatment, ensuring patient comfort and safety. This cooling also allows the device to reach deeper layers of tissue without overheating the surface, enhancing its ability to target stubborn fat pockets and loose skin. Compared to earlier models like the Exilis and Exilis Elite, the Exilis Ultra has demonstrated superior outcomes in both skin tightening and body contouring, as well as improved patient satisfaction due to its enhanced comfort and efficiency.
Advantages of Hybrid Ultrasound + Radiofrequency Treatments
Enhanced Precision: Ultrasound energy preconditions tissues, allowing RF to deliver heat more effectively and uniformly.
Deeper Penetration: The combination enables treatment of both superficial and deep layers for better skin tightening and fat reduction.
Faster Results: Synergistic energy delivery reduces the number of sessions required for noticeable improvements.
Patient Comfort: Cooling mechanisms and optimized energy delivery minimize discomfort during treatment.
Versatility: Suitable for addressing various concerns, including sagging skin, cellulite, and localized fat deposits, on areas such as the face, neck, abdomen, thighs, and arms.
Hybrid models like the Exilis Ultra aim to outperform standalone RF or ultrasound devices by delivering more comprehensive results.
It’s frustrating to see Intense Pulsed Light (IPL) and Micro-coring tossed into the “other” category. Honestly, IPL should be listed first. But its TeChNiCaLlY nOt A LaSeR 🙄
Also, IMPO, Micro-coring is a less talked about but really promising treatment. I like to think of it as achieving what Microneeding RF was trying to do, but with less risk.
Intense Pulsed Light (IPL)
A versatile, non-invasive treatment often used alongside laser therapies to address a variety of skin conditions. Unlike lasers, which emit a single wavelength of light, IPL delivers a broad spectrum of light energy. This allows it to target multiple chromophores in the skin, such as melanin (pigment) and hemoglobin (blood vessels), making it effective for treating issues like hyperpigmentation, vascular lesions, and photoaging. Additionally, IPL can be used for hair removal and general skin rejuvenation, earning it a reputation as a multi-functional cosmetic tool.
Venus Versa IPL, which stands out for its flexibility and precision. Venus Versa uses IPL technology to target specific skin concerns, such as sun damage, age spots, thread veins, and redness, while also being effective for unwanted hair reduction. Its various applicators and customizable settings allow providers to treat a wide range of skin types and concerns safely. For example, one setting may focus on pigmentation correction, while another addresses vascular lesions or stimulates collagen for overall rejuvenation. This adaptability makes Venus Versa IPL a top choice for patients seeking comprehensive photorejuvenation with minimal downtime.
BroadBand Light Therapy (BBL) is a more advanced version of IPL technology, offering greater precision and efficacy. BBL delivers high-intensity pulses of broad-spectrum light to treat an array of skin conditions, including sun damage, redness, rosacea, and acne. It works by gently heating the upper layers of the skin, which stimulates collagen production and promotes cellular renewal. Unlike traditional IPL, BBL allows for more customization, targeting specific layers and chromophores within the skin with greater accuracy.
The BBL HERO (High Energy Rapid Output) system, developed by Sciton, is a next-generation BBL device that revolutionizes phototherapy. BBL HERO is designed for faster treatments, covering larger areas of the skin in less time while maintaining consistent energy delivery. It’s particularly effective for treating sun-damaged areas like the face, neck, chest, arms, and hands. The high energy output allows for deeper tissue penetration, addressing more severe pigmentation and vascular issues while also improving skin tone and texture.
Micro-coring
innovative, minimally invasive skin rejuvenation technology that physically removes small columns of skin tissue using tiny hollow needles. Gross. This process creates microscopic injuries, triggering the body’s natural healing response and stimulating collagen production while tightening the surrounding skin. Unlike traditional resurfacing methods, micro-coring directly reduces skin volume by removing tiny skin cores, making it a promising option for treating mild to moderate skin laxity, fine lines, and wrinkles.
✨Concluding thoughts✨
If you’ve made it this far, congratulations—you probably have too much free time too.
I’d love to hear your experiences. Have you tried any laser treatments? What worked—or didn’t work—for you?
Share your stories, questions, or concerns in the comments.
This workup is amazing! 🥹 By chance, have you posted anything on stretch marks I might have missed? Thank you for your service hottie!
Can you expand on your hesitation with MNRF? I’m just beginning my research and I’m curious to understand why you would not consider this treatment. Thanks so much- such an informative read!