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Pigment Reduction Laser in London, Ontario. Stubborn pigmentation. Treated at the source.
London, Ontario • DEKA Toro Q-Switched Laser
Some pigmentation sits deeper than surface treatments can reach; melasma, post-inflammatory hyperpigmentation, and long-standing dark spots that have not responded to other approaches. The DEKA Toro uses targeted Q-switched laser energy to break down pigment at the dermal level, safely across all skin tones.
*Free VISIA Skin Analysis included on every first visit
3
Wavelengths — 532nm, 785nm, 1064nm — for precise pigment targeting at different depths
All
Skin types and tones — Fitzpatrick I to VI can be safely treated
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Verified Google reviews at Infinite Medical Spa
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Years trusted in London, Ontario
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What is the Toro laser and how does it work?
The Toro by DEKA is a Q-switched laser system that uses precise, high-peak-power pulses of laser energy to break down pigment beneath the skin. The laser targets melanin selectively, the pigment absorbs the energy, which shatters the pigment particles into microscopic fragments. Those fragments are then cleared by the body's lymphatic system over the following weeks.
What makes the Toro particularly effective for stubborn or deep pigmentation is its wavelength range and pulse technology. The 1064nm wavelength penetrates to the dermal layer, reaching pigment that sits too deep for surface treatments to address, while minimising interaction with epidermal melanin. This is what makes it safe across all skin tones and suitable for conditions like melasma, where overheating the skin surface can actually worsen the pigmentation rather than improve it.
The treatment also works through a photoacoustic effect, a shockwave within the pigment particle, rather than relying on heat alone. This precision reduces the risk of surrounding tissue damage and post-inflammatory hyperpigmentation, which is a genuine concern with less targeted approaches.
Toro vs IPL — at a glance
M22 IPL
- Broad-spectrum light — best for surface pigmentation
- Epidermal sun damage, freckles, general redness
- Best suited to lighter skin tones (Fitzpatrick I–III)
- Can worsen melasma if heat is not carefully controlled
- Q-switched laser — reaches dermal pigmentation
- Stubborn spots, melasma, PIH, deep pigment
- Safe across all skin tones including Fitzpatrick IV–VI
- Photoacoustic effect — precise, minimal surface heat
TORO Q-SWITCH
what it treats
- Melasma — deep hormonal pigmentation
- Post-inflammatory hyperpigmentation
- Dermal pigmentation — deep-set, stubborn spots
- Uneven skin tone and blotchiness
- Sun spots and age spots
- Freckles and ephelides
- Sun damage and advanced pigmentation
- Acne-related dark marks
- Face, neck, chest, and hands
The TORO Technology
Three wavelengths. One precise platform.
The Toro combines picosecond and nanosecond pulse modes across three wavelengths. Your provider selects the wavelength based on your pigmentation type, depth, and skin tone.
785nm
Picosecond
Pigment correction
Ultra-short picosecond pulses shatter pigment with a photoacoustic effect and minimal thermal damage. Effective across skin types including darker tones where heat risk is a concern.
532nm
Nanosecond
Superficial and vascular pigment
Targets surface pigmentation and redness components alongside pigment. Strongly absorbed by melanin — effective for discrete, defined surface spots.
1064nm
Nanosecond
Deep dermal pigment
Penetrates deepest with minimal epidermal melanin interaction. The preferred wavelength for deep dermal pigmentation, melasma, and all skin tones including Fitzpatrick IV to VI.cern.
What to Expect
Your laser pigment reduction appointment, start to finish
01
VISIA consultation (included free)
The VISIA maps your pigmentation depth and distribution before we recommend anything. This tells us whether your concern is epidermal, dermal, or mixed — and which wavelength and protocol suits your skin.
02
Skin prepared and eye protection applied
Treatment area is cleansed and protective eye shields placed before any laser energy is used. Your provider advises on prep requirements at consultation.
03
Toro Pigment Reduction laser applied
The Toro handpiece delivers precise pulses to the pigmented areas. Most patients describe a quick warm snap with each pulse. Sessions are typically 20 to 45 minutes depending on area size.
04
Darkening phase — 7 to 14 days
Treated pigment spots will often look darker for 7 to 14 days after treatment before they flake away. This is the pigment being pushed to the surface and cleared — it is the treatment working, not a complication. Do not pick at them.
05
Follow-up and sessions
Number of sessions depends on pigmentation depth and type. Discrete superficial spots may respond in 1 to 2 sessions. Melasma and deeper concerns typically require a series. Your provider sets realistic expectations at your first consultation.
Is the Toro pigment reduction laser safe for dark skin tones?
Yes — particularly with the 1064nm wavelength. The 1064nm Nd:YAG has minimal interaction with epidermal melanin, making it safe across all Fitzpatrick skin types including IV to VI. This is a key advantage over many other pigmentation devices, which carry significantly elevated PIH risk in darker skin tones. All skin tones are assessed and treated at Infinite Medical Spa.
Does laser pigment reduction hurt?
Most patients describe each pulse as a quick warm snap — like a rubber band against the skin. It is generally well tolerated without numbing for most patients, though numbing can be applied beforehand if preferred. Sessions typically take 20 to 45 minutes depending on the area being treated.
How many sessions will I need?
It depends on the depth and type of your pigmentation. Discrete surface spots may respond well in 1 to 2 sessions. Melasma and deeper or widespread pigmentation typically requires a series of sessions spaced several weeks apart to allow the skin to clear between treatments. Your VISIA analysis at consultation gives us the information to set realistic expectations before you start.
Why do my spots look darker after the laser pigment reduction?
This is normal and expected. The laser shatters the pigment particles, which are pushed toward the surface of the skin before being shed and cleared. Treated spots typically darken for 7 to 14 days before flaking away to reveal clearer skin underneath. Do not pick at them — let the process run its course.
Can the Toro laser pigment reduction treat melasma?
Yes — it is one of the more appropriate laser options for melasma specifically. Melasma sits in the dermal layer and is sensitive to heat — treatments that overheat the skin surface can trigger a rebound darkening response. The Toro's photoacoustic mechanism and the 1064nm wavelength's low surface heat make it a safer, more targeted approach. Melasma is a complex condition and requires ongoing sun protection and usually multiple sessions. We will set realistic expectations at your consultation.
How much does laser pigment reduction treatment cost in London, Ontario?
Pricing depends on the treatment area and number of sessions required. Book a consultation at Infinite Medical Spa — your free VISIA skin analysis helps us assess your pigmentation and build a clear plan with transparent pricing before you commit to anything.
FAQS
Questions About Toro Laser Pigment Reduction?
CO2 Laser Skin Resurfacing in London, Ontario
Book your laser pigment reduction appointment in London, Ontario
Stubborn pigmentation that has not responded to other treatments often needs a different approach — not more of the same. Come in. Free VISIA skin analysis included. We will assess your pigmentation depth and tell you whether the Toro is the right next step.
- Free VISIA Skin Analysis
- Medical Director On Site
- 10+ Years in London, ON
Questions About Toro Pigment Reduction?
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