Cosmetic lasers are utilized in cosmetic surgery to address various aesthetic concerns, such as skin rejuvenation, hair removal, tattoo removal, and scar reduction. These lasers work by targeting specific skin structures or pigments, allowing for precise treatment with minimal damage to surrounding tissues.
Cosmetic surgeons use different types of lasers to achieve desired results, offering patients non-invasive or minimally invasive procedures for enhancing their appearance. Compare the five best cosmetic surgery lasers available to find the right one for your practice.
Sandstone Cortex Laser CO2 With Erbium
A CO2 laser uses carbon dioxide gas as the medium to deliver concentrated light energy for skin resurfacing, wrinkle reduction, and scar treatment. An erbium laser, on the other hand, utilizes erbium-doped crystals to target superficial skin issues, fine lines, and wrinkles with precision.
When combined, a CO2 and erbium laser system can provide comprehensive skin rejuvenation by leveraging the benefits of both lasers—the CO2 for deep skin resurfacing and the erbium for more superficial treatments. This approach improves overall skin texture and enhances cosmetic results. Practitioners can use the versatile device to tailor treatments that address a wide range of skin concerns, including fine lines and wrinkles, acne scars, and deep skin resurfacing, effectively and efficiently.
Sciton Profile MultiPlatform Laser
The Sciton Profile MultiPlatform Laser is a versatile system used for cosmetic and dermatological treatments like skin resurfacing and hair removal. With its MultiPlatform feature allowing for different laser handpieces, it offers flexibility for medical practices. Known for precision and speed, it’s a popular choice in the cosmetic and dermatology fields because of its advanced cooling tech for patient comfort and user-friendly interface for healthcare professionals.
The ProFractional Laser, a laser handpiece that works with the Sciton Profile MultiPlatform Laser, provides a skin resurfacing treatment targeting fine lines, wrinkles, acne scars, and skin imperfections. It stimulates collagen production through the body’s natural healing response by heating targeted areas in the skin. Compared to traditional lasers that treat the entire skin surface, this method leads to quicker recovery, reduced discomfort, and lower risk when performed by licensed professionals.
Syneron Candela CO2RE Core Laser
Professionals in dermatology and plastic surgery use the versatile CO2RE system for numerous procedures. By consolidating multiple capabilities into a single system, it provides precise targeting and efficient treatment, streamlining the process for healthcare professionals. The system’s ability to address a wide range of dermatological and cosmetic needs makes it one of the best cosmetic surgery lasers available.
You can use the Syneron Candela CO2RE Core Laser system for the following procedures:
- Excision: A laser beam is focused precisely on the tissue to be removed, cutting through it with high precision and minimal damage to surrounding areas.
- Incision: By focusing the laser beam on the target area, a controlled cut is made in the soft tissue, allowing for precise surgical incisions with minimal bleeding.
- Ablation: Laser energy vaporizes or removes a thin layer of tissue by targeting the specific area, making it useful for procedures such as removing superficial skin lesions or scars.
- Coagulation: Laser energy is applied to the soft tissue to create a controlled heat effect, sealing blood vessels and promoting clotting to stop bleeding during surgical procedures.
- Resurfacing: The laser is used to remove the outer layers of skin, promoting collagen production and skin regeneration, resulting in smoother texture and improved appearance.
Sandstone Matrix LS-25 CO2 Laser With Ultrafine Scanner
Traditional CO2 laser treatments involve using a high-intensity beam of light to remove precise layers of skin tissue. This process helps reduce skin imperfections, such as wrinkles, scars, and hyperpigmentation, by vaporizing the targeted skin cells. Practitioners can use the system’s integrated ultrafine scanner to choose areas of the skin to leave untreated.
The adjustable pulse duration gives practitioners precise control over the extent of epidermal vaporization. This customizable feature reduces pain, minimizes the need for anesthesia, and shortens recovery periods.
Hoya ConBio Medlite C3 Laser
In cosmetic laser equipment, the pulse width is crucial as it determines how long the laser energy is delivered to the target area. Nanosecond pulses are very short, allowing for precise and controlled delivery of energy to the skin, making them ideal for treatments requiring high energy levels in a short duration. The Hoya ConBio Medlite C3 Laser delivers energy deep into the skin layers in nanosecond pulse widths while minimizing damage to surrounding tissues.
The laser energy destroys targeted pigments in the skin. While targeting pigments, the laser also stimulates other skin components like collagen, promoting skin renewal for overall improvement in skin health and appearance.
Related Cosmetic Surgery Devices
Lasers are popular devices for cosmetic surgery, offering precise and effective treatments for various skin concerns. Additionally, providers widely use intense pulsed light (IPL) and radiofrequency devices for non-invasive aesthetic procedures, providing diverse options to achieve desired cosmetic outcomes.
Palomar Starlux 300 Laser/IPL
Unlike traditional lasers that emit a single wavelength of light, IPL utilizes a broad spectrum of light, allowing it to target multiple chromophores in the skin simultaneously. This makes IPL particularly effective for treating conditions such as pigmentation irregularities, vascular lesions, acne, and unwanted hair. Practitioners appreciate IPL for its ability to offer gentle, non-invasive treatments with minimal downtime, making it a popular choice among patients seeking cosmetic improvements without significant recovery periods.
The Starlux 300 utilizes smooth pulse technology to deliver laser energy in a controlled manner, preventing sudden increases in epidermal temperature during treatment. This technology enhances client comfort by ensuring more consistent and gentle heating.
Inmode Morpheus8
Radiofrequency (RF) devices use energy waves to heat the deeper layers of skin, stimulating collagen production without affecting the surface. This method is particularly beneficial for skin tightening and reducing the appearance of wrinkles and sagging. Radiofrequency treatments are typically non-invasive and involve little to no downtime, offering a gradual improvement in skin firmness over several sessions.
Morpheus8 uses radiofrequency to target tissues beneath the skin in a minimally invasive way. It comes with different microneedling tips to create controlled micro-injuries in the skin. These micro-injuries stimulate the skin’s natural healing process, leading to collagen production, improved skin texture, and overall skin rejuvenation.
Selecting the best cosmetic surgery laser entails understanding the unique strengths and capabilities of each device. The lasers mentioned above exemplify advancements in precision, versatility, and patient comfort, and each caters to different skin concerns. Related technologies, such as IPL and RF, further diversify treatment possibilities, ensuring adaptable and thorough care.
