
What is DermaV™?
Achieving what no other laser has before, the DermaV uses the right wavelength with the right fluence to deliver unmatched results to patients. Our cutting-edge skin-cooling capability ensures your patient’s comfort while our patented IntelliTone™ technology banishes unsightly veins and discoloration. With the DermaV, vascular and pigmented lesions don’t stand a chance.
532nm & 1064nm in one convenient platform.
Derma V is a long-pulsed 532nm KTP & 1,064nm Nd:YAG laser that incorporates the latest technologies into its design, including cryogen cooling, variable sequential pulsing technology, and real-time temperature sensing.
Offering unparalleled results in the treatment of vascular and pigmented lesions, Derma V’s ability to combine optimal wavelengths with precise fluence delivery ensures consistent results and happy patients.
- The grand unification – enjoy both 532nm KTP & 1,064nm Nd:YAG in one easy-to-use platform.
- DermaV with IntelliTrak technology allows users to fully harness the high-powered platform to achieve faster treatment speeds without sacrificing the quality, consistency or fluence delivered during treatment.
- Provides real-time temperature sensing which is easy and intuitive for operators to use.
DermaV Features
- Drastically reduces the appearance of redness, flushing, and superficial veins
- Offers a non-invasive solution to eliminate unwanted pigment
- Achieves a radiant, healthy complexion across the patient’s face, neck, and décolletage
- Uses Lutronic’s exclusive Clear and Smooth™ treatment combined with IntelliTone™ technology to deliver noticeable improvement in skin tone and texture
- Proven to safely reduce or remove unwanted pigment across skin tones
How It Works

DermaV stands at the forefront of innovation and results. By merging the best wavelength with delivery at optimal fluence, we’ve engineered the ultimate solution for vascular and pigmented lesions. Our breakthrough technology incorporates advanced skin-cooling functionality, ensuring patient comfort and results.
Key Benefits
- Superior Wavelengths: Harnessing the dual power of 1064nm and 532nm wavelengths, DermaV effectively targets both brown and red pigmentation, offering higher absorption than other commonly used vascular wavelengths.
- Optimal Fluence: Our system administers the necessary thermal energy for optimal results while maintaining the versatility to adjust energy levels, ensuring the safe treatment of small vessels.
- Variable Sequential Pulsing: As the first and only 532nm device to offer both ICD cooling and user-specified Variable Sequential Pulsing, DermaV makes ALL pulsed dye and solid-state green lasers obsolete.
- Effective Cooling: DermaV’s adjustable cooling system (before, during, and after treatment) not only safeguards skin but optimizes clinical outcomes.
Before & After












What Providers Are Saying

Emil Tanghetti, MD
Center for Dermatology & Laser Surgery
“The Derma V is a new, solid-state 532nm Nd:YAG laser featuring microsecond and millisecond pulse durations with variable sub-pulse structures that open a new realm of treatment possibilities. These features are comparable to those in our current Pulse Dye lasers. Its solid-state design takes advantage of new materials, a better design and greater reliability, making it easier to use and less costly to maintain.”
Frequently Asked Questions
Do patients experience discomfort during DermaV treatments?
How long is a treatment and what recovery time is needed?
How many sessions are suggested for the best results?
Clinical Papers
DermaV
Safety and Efficacy of a Novel, Variable-Sequenced, Long-Pulsed, 532-nm and 1,064-nm Laser With Cryogen Spray Cooling for Pigmented and Vascular Lesions
Publication Date: May 9, 2023
Publisher: Dermatologic Surgery
Author(s): Jordan V Wang; Shirin Bajaj; Robert Murgia; Sean Z Wu; Robert Weiss; Roy G Geronemus; Omar A Ibrahimi; Suzanne Kilmer
DermaV
A new 532 nm, variable‐pulse‐structure, dual‐wavelength, KTP laserincorporating cryogen spray cooling, effectively treats rosacea
Publication Date: July 7, 2023
Publisher: Lasers in Surgery and Medicine
Author(s): Eric F. Bernstein MD, MSE