Evolution Tattoo Removal Removes Multicolored Tattoos Featuring Astanza Trinity Laser in Portland, Maine
PORTLAND, Maine, July 24, 2018 /PRNewswire/ -- Evolution Tattoo Removal is opening its doors on August, 1 in Portland, Maine featuring the triple-wavelength Astanza Trinity laser system. The laser clinic specializes in advanced laser tattoo removal and combines cutting-edge technology with expertly trained staff members to deliver unparalleled removal results for unwanted ink.
"Evolution Tattoo Removal uses safe and effective laser technology as a tool to help our customers feel better about the art they wear," said Jesse Herrick, owner. "We love tattoos and are most definitely going to get more ourselves, but sometimes people grow out of tattoos, or perhaps the tattoo doesn't turn out as we originally envisioned. Laser tattoo removal is a positive tool that can help someone erase a regret or make room for awesome new artwork, fade down an existing tattoo for a cover-up, or transform a tattoo by removing specific elements. Our Trinity laser is capable of treating tattoos of all colors on all skin tones, making Evolution Tattoo Removal the number one solution for tattoo removal needs throughout Portland and Northern New England."
The Astanza Trinity laser featured at Evolution Tattoo Removal emits a total of three wavelengths for full-spectrum removal on the widest range of tattoo ink colors. The Q-switched Nd:YAG and Q-switched ruby laser system is designed to shatter more ink with each session, reducing the number of overall treatments needed. The Trinity's 694 nm ruby wavelength specifically targets resistant pigments like green and blue that are untreatable by traditional wavelengths. Furthermore, the Trinity supports two flat-top homogenized spot beam profiles for safer energy application and minimized risk of treatment overlap.
"Evolution Tattoo Removal is changing the laser tattoo removal industry by putting their clients' wants and needs above all else," said David Murrell, President of Astanza. "Their decision to invest in the Astanza Trinity was to ensure that all customers, no matter their skin type or tattoo colors, would receive the absolute best results throughout Portland and Northern New England. I have no doubts that the Trinity will help Evolution achieve their mission of helping their customers."
About Evolution Tattoo Removal
Evolution Tattoo Removal is a specialty laser tattoo removal clinic that focuses on removing unwanted ink in a tattoo-friendly environment. Founded on the premise of providing access to the best technology at reasonable prices, the company's goal is ultimately to make clients happy with their art, and to help them show what they want the world to see. The staff at Evolution Tattoo Removal is known for providing outstanding care to each customer and has received expert training from New Look Laser College, the world's leading laser tattoo removal training program. They have received the designations of Certified Laser Specialist and Laser Safety Officer.
Evolution Tattoo Removal provides competitive and affordable pricing as well as free consultations for all customers. To schedule your free consultation, call 207.401.2711 or visit www.evolutiontr.com. Evolution Tattoo Removal is located at 15 Middle Street, Suite A1, Portland, ME 04101.
About Astanza Laser
Astanza is the leader in lasers for tattoo removal, hair removal, and additional aesthetic procedures. In addition to developing cutting-edge medical laser devices such as the Duality, Trinity, and ReSmooth systems, Astanza offers its customers a complete range of training, marketing, and business consulting services specific to achieving success in this growing field.
Astanza Laser is headquartered in Dallas, TX with customers throughout North America and Europe. For product, investor, or press information, call (800) 364-9010, or visit http://www.astanzalaser.com/.
SOURCE Astanza Laser
Related Links
WANT YOUR COMPANY'S NEWS FEATURED ON PRNEWSWIRE.COM?
Newsrooms &
Influencers
Digital Media
Outlets
Journalists
Opted In
Share this article