Find free trials, offers and cheap LASER HAIR REMOVAL in your City! Find deals also for laser rejuvenation, skin tightening, scar removal, wrinkle treatments chemical peels, microdermabrasion, tattoo removal, cellulite treatments and laser hair removal in Toronto, Montreal and Vancouver. See the latest deals below!

Cheap Laser Hair Removal in TORONTO, MONTREAL & VANCOUVER


Find cheap Laser Hair removal in TORONTO, MONTREAL & VANCOUVER. We have the cheapest listing of local lazer hair removal in Canada. All major cities are listed. You will find great deals on Laser Hair Removal, BOTOX Treatment, RESTYLANE Treatment, Acne Treatment, Stretch Marks And Scars Removal, Spider Vein Removal, Pigmented Lesions Treatment, Rosacea & Redness Treatment, Photo Facial & Photorejuvenation, Laser Skin Tightening, Skin Rejuvenation,  Microdermabrasion, Hair Loss Solution, Weight Loss Treatment,  Skin Care Products and more!

TOP LASER DEALS and TRIALS IN YOUR LOCAL AREA (TORONTO, MONTREAL & VANCOUVER):

The deals are endless – why pay for full prices when you can get it FREE! or at least at a major discount.


This all started when I was looking for a great deal on Laser hair removal in TORONTO, MONTREAL & VANCOUVER. And then after spending thousands of dollars and so much time I dedicated myself to make sure others could find deals as well.

I have found many different treatment options, including permanent hair removal (including facial hair removal), stretch marks and scars and other skin imperfection removal such as spider vein, pigmented lesion treatment, rosacea and redness, photo facial and photorejuvenation, each one tailored to your individual needs. I  believe in providing only the very best in deals and freebies I find. Thanks – Come back often for new deals daily!

What kind of Laser is used for Laser hair removal:

Laser energy, through the principle of selective photothermolysis (a process that involves selective absorption of an intense light pulse at wavelengths that are absorbed by the hair follicles, but not by the surrounding tissue), targets the pigment in the hair follicle. This causes destruction of hair follicles while sparing surrounding structures (i.e., the skin). Growing hair is more sensitive to destruction than resting hairs. Many of the lasers listed below utilize epidermal or skin cooling techniques. The effect of cooling the surface of the skin serves to minimize discomfort during treatment while increasing the effectiveness of the laser treatments.

Ruby Laser (694 nm, normal mode)
- All patients will see a growth delay of their hair. Some patients will see a permanent reduction in hair growth.
- This laser is more effective for dark hair. Blonde and gray hairs are more resistant.
- White hairs do not respond to treatment
- Epilaser® (Palomar) and Epitouch® (Sharplan) are examples of ruby lasers

Alexandrite Laser (755 nm, normal mode)
- All patients will see a growth delay of their hair. Some will see a permanent reduction in hair growth.
- It is effective for dark hair. Blonde and gray hairs are more resistant.
- White hairs do not respond to treatment
- It is potentially safer for darker skin than the ruby laser
- Rapid repetition rates of the laser will reduce treatment time
- Apogee® (Cynosure) uses a cooling gel on the skin
- Gentlase® (Candela) uses dynamic cooling spray

Pulsed Diode Laser (800nm)
- Patients with thick or coarse hair will see a delay in hair growth. Some patients will see a permanent reduction in hair growth.
- It is effective for dark hair. It is not effective for fine hair.
- Potentially, it is safer for darker skin types
- LightSheer® (Coherent) uses contact cooling

Intense Pulsed Light Source (500-1200 nm)
- It is effective for dark hair, both fine and coarse
- It is potentially useful for darker skin types
- Epilight® (ESC) uses cooling gel
Nd:YAG Laser (1064 nm, Q-switched)
- Permanent hair removal has not been demonstrated
- It can temporarily remove light hairs
- It is potentially safe for all skin types, and causes the least epidermal damage of all treatments.
- Carbon suspension is applied to skin in some treatments
- There is a lower risk of epidermal damage
- Short operative times are required
- It causes the least discomfort of all laser hair removal treatments

Laser energy, through the principle of selective photothermolysis (a process that involves selective absorption of an intense light pulse at wavelengths that are absorbed by the hair follicles, but not by the surrounding tissue), targets the pigment in the hair follicle. This causes destruction of hair follicles while sparing surrounding structures (i.e., the skin). Growing hair is more sensitive to destruction than resting hairs. Many of the lasers listed below utilize epidermal or skin cooling techniques. The effect of cooling the surface of the skin serves to minimize discomfort during treatment while increasing the effectiveness of the laser treatments.

    1. Ruby Laser (694 nm, normal mode)
        2. - All patients will see a growth delay of their hair. Some patients will see a permanent reduction in hair growth.
        – This laser is more effective for dark hair. Blonde and gray hairs are more resistant.
        – White hairs do not respond to treatment
        – Epilaser® (Palomar) and Epitouch® (Sharplan) are examples of ruby lasers
      • Alexandrite Laser (755 nm, normal mode)
          • - All patients will see a growth delay of their hair. Some will see a permanent reduction in hair growth.
          – It is effective for dark hair. Blonde and gray hairs are more resistant.
          – White hairs do not respond to treatment
          – It is potentially safer for darker skin than the ruby laser
          – Rapid repetition rates of the laser will reduce treatment time
          – Apogee® (Cynosure) uses a cooling gel on the skin
          – Gentlase® (Candela) uses dynamic cooling spray
      1. Pulsed Diode Laser (800nm)
          2. - Patients with thick or coarse hair will see a delay in hair growth. Some patients will see a permanent reduction in hair growth.
          – It is effective for dark hair. It is not effective for fine hair.
          – Potentially, it is safer for darker skin types
          – LightSheer® (Coherent) uses contact cooling
      1. Intense Pulsed Light Source (500-1200 nm)
          2. - It is effective for dark hair, both fine and coarse
          – It is potentially useful for darker skin types
          – Epilight® (ESC) uses cooling gel
      1. Nd:YAG Laser (1064 nm, Q-switched)
          2. - Permanent hair removal has not been demonstrated
          – It can temporarily remove light hairs
          – It is potentially safe for all skin types, and causes the least epidermal damage of all treatments.
          – Carbon suspension is applied to skin in some treatments
          – There is a lower risk of epidermal damage
          – Short operative times are required
        – It causes the least discomfort of all laser hair removal treatments