E.C.C. Cosmetic & Laser Centre
E.C.C. Cosmetic & Laser Centre
69 Main St E Unit #9 (Side Entrances)
Milton, Ontario L9T 2Y6
(905) 864-0000

Welcome to E.C.C. Costmetic and Laser Centre (affiliated with the Electrolysis College of Canada). We have the latest technology for Electrolysis, laser hair removal and the newest generation of lasers for Photorejuvenation and Skin Tightening. The College also offers complimentary services for male and females as well as the very young, young at heart and adolescence. We offer services such as Microdermabrasion, peels and treatments for anti-aging. During a consultation we will address each particular client’s needs by microscopic skin analysis to address rosacea, acne, sun damage, etc.

The Electrolysis College Cosmetic & Laser Centre has serviced many clients under direction of Judith Finn, CME, RDT since the beginning of her career in 1984. Judith Finn began her practice specializing in hormone imbalance and corrective treatments. After many years in the field, her techniques and research has lead to the development of Sheridan College Dermal Therapy Program in 2007.

Deep under your skin could be the youthful complexion you are seeking, it just takes some deep laser beams to find it. Profractional laser resurfacing is a treatment that Judith Finn recommends for clients who want to have smoother looking skin but have issues like deep wrinkles, scars, sun Keratosis and rejuvenation.

In this video Judith Finn, director of E.C.C. Cosmetic and Laser Centre explains that profractional lasers penetrate deep into the skin to stimulate collagen. The heat caused by the laser has a “tightening effect” on the collagen. While other laser treatments will eliminate brown spots, red areas and fine lines, profractional lasers are used to address “anything with depth”, explains Finn. She’s referring to scarring like deep marks caused by acne, stubborn brown spots as well as deep wrinkles or “anything with texture.”

Laser Hair Removal

Laser hair removal involves using a light assisted means to transfer energy into the follicle to destroy the growing cells nourishing the hair. Laser hair removal removes hair with dark (melanin) pigmentation, leaving the remaining tissue unaffected.
Single wavelength
4-8 sessions
4-6 wks apart

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