Honestly, I didn't use 1064nm this way before.
Honestly, I didn't use 1064nm this way before.
Honestly, I didn't use 1064nm this way before.
Why 1064nm is weak on spots but strong on melasma and tattoos. Why dual toning is needed.
Honestly, even five years ago I didn’t
use 1064nm like this.
When the seasons change, the consultation room
starts filling up with people saying their
melasma has come back.
I got toning somewhere else last time,
but the spots are still there.
I hear that from a lot of patients.
Today, I’ll explain why step by step.
Bottom line.
1064nm is an infrared wavelength that penetrates
4–5 mm into the dermis.
How we decide.
Depending on whether the pigment is in the
epidermis or the dermis, we choose 532 or 1064.
What we’ll cover today.
Why 1064 is weak for superficial spots
and strong for melasma.
What you’ll learn in this article
How 1064nm, though invisible,
breaks down pigment
Why deeper penetration can actually
lower the risk of burns
Toning, tattoos, and dermal pigment
— which wavelength fits which target
What is a 1064nm laser?
A 1064nm laser is a near-infrared laser
produced from an Nd:YAG medium.
You can’t see it with your eyes.
It’s infrared, beyond the visible light spectrum.
The blinking red light in the clinic is the
aiming guide beam, and
the actual working beam is invisible.
Even among Q-switched lasers, 532nm is green light
that is readily absorbed by epidermal melanin,
while 1064nm has weaker absorption
but penetrates deeper.
This difference is what ultimately creates the
treatment divide between superficial spots and melasma.
Why does the depth of the
1064nm wavelength matter?
Key point
1064nm is invisible because it’s infrared, but
it reaches deep into the dermis.
Deep veins, black tattoos, and dermal pigment are the main targets.
Absorption is moderate, so the burn risk is
lower than with 532 or 755.
It works a bit like shining a flashlight into fog.
Bright light hits the fog and scatters everywhere,
but long wavelengths like infrared
pass through the fog and travel farther.
Skin works the same way.
Melanin and hemoglobin in the epidermis
absorb most short wavelengths.
532nm is almost entirely absorbed in the
0.3–0.5 mm epidermal layer.
By contrast, because 1064nm has low absorption,
it paradoxically passes through the epidermis easily
and reaches 4–5 mm into the dermis.
That’s why the targets differ.
For pigment sitting in the epidermis, such as
age spots and freckles, 1064 simply passes through. 532 is the right choice.
By contrast, melasma, Ota’s nevus, dermal melanin,
and deep targets like black tattoo ink
are where 1064 is more precise.
In online communities, posts saying a toning treatment
didn’t help after 10 sessions
come up two or three times a month.
In fact, it doesn’t mean the treatment failed,
it means the target was chosen incorrectly.
1064 toning is a treatment that slowly breaks down
dermal melanin,
not a one-shot treatment to remove epidermal spots.
Also, because 1064 has moderate absorption,
it is relatively safer and carries a lower burn risk
for Korean skin tones.
Dr. Wi Young-jin’s key summary
The key is that 1064nm is a weak light that
goes deeper.
It passes through the epidermis and mainly targets deep dermal pigment, tattoos, and blood vessels.
532 is right for superficial spots, and 1064 is right for melasma.
What procedures is a 1064nm laser
used for?
Concern | Main wavelength | Approach |
Melasma / dermal melanin | 1064 | Low-energy toning + regeneration + medication combination |
Age spots / freckles | 532 | Spot treatment, usually completed in 1–2 sessions |
Mixed epidermal and dermal | 532 + 1064 | Dual toning |
Black/blue tattoos | 1064 | Dermal ink breakdown |
Purple/blue veins | 1064 long pulse | Deep vessel coagulation |
Especially for melasma, there are clear limits to laser treatment alone.
1064 low-energy toning
+ regenerative treatments like Rejuran and Revive
+ medications such as tranexamic acid.
You need all three pillars together
to change the environment that overactivates melanin.
If you take tranexamic acid for 3–6 months,
you can extend the toning intervals without leaving a gap.
Three frequently asked questions about
1064nm laser
Q1. Can a single 1064nm toning session
remove spots?
A. The answer is simply no.
Superficial spots are epidermal pigment, so 532 is the right choice,
and 1064 just passes through that depth.
If you try to treat spots only with 1064,
they won’t come off easily even after 10 sessions.
Q2. Is it true that skin gets darker after toning?
A. In about 1–2 out of 10 cases, temporary darkening
can occur as a rebound,
but in most cases it happens because the output is too strong
or the interval is too short.
If you keep the energy low and maintain a 2–3 week interval, it almost never happens.
Q3. Can 1064nm be done during pregnancy?
A. In theory, there are almost no reports of effects on the fetus, but during pregnancy hormones can
make the results less visible.
We recommend starting about 6 months after delivery.
Ultimately, 1064 is a wavelength that is not easily absorbed,
which is why it reaches deeper.
Its weakness becomes its strength.
In the next article, I’ll explain the ideal interval and
energy settings for 1064 toning.
This has been Dr. Wi Young-jin.
Read also
Honestly, even five years ago I didn’t
use 1064nm like this.
When the seasons change, the consultation room
starts filling up with people saying their
melasma has come back.
I got toning somewhere else last time,
but the spots are still there.
I hear that from a lot of patients.
Today, I’ll explain why step by step.
Bottom line.
1064nm is an infrared wavelength that penetrates
4–5 mm into the dermis.
How we decide.
Depending on whether the pigment is in the
epidermis or the dermis, we choose 532 or 1064.
What we’ll cover today.
Why 1064 is weak for superficial spots
and strong for melasma.
What you’ll learn in this article
How 1064nm, though invisible,
breaks down pigment
Why deeper penetration can actually
lower the risk of burns
Toning, tattoos, and dermal pigment
— which wavelength fits which target
What is a 1064nm laser?
A 1064nm laser is a near-infrared laser
produced from an Nd:YAG medium.
You can’t see it with your eyes.
It’s infrared, beyond the visible light spectrum.
The blinking red light in the clinic is the
aiming guide beam, and
the actual working beam is invisible.
Even among Q-switched lasers, 532nm is green light
that is readily absorbed by epidermal melanin,
while 1064nm has weaker absorption
but penetrates deeper.
This difference is what ultimately creates the
treatment divide between superficial spots and melasma.
Why does the depth of the
1064nm wavelength matter?
Key point
1064nm is invisible because it’s infrared, but
it reaches deep into the dermis.
Deep veins, black tattoos, and dermal pigment are the main targets.
Absorption is moderate, so the burn risk is
lower than with 532 or 755.
It works a bit like shining a flashlight into fog.
Bright light hits the fog and scatters everywhere,
but long wavelengths like infrared
pass through the fog and travel farther.
Skin works the same way.
Melanin and hemoglobin in the epidermis
absorb most short wavelengths.
532nm is almost entirely absorbed in the
0.3–0.5 mm epidermal layer.
By contrast, because 1064nm has low absorption,
it paradoxically passes through the epidermis easily
and reaches 4–5 mm into the dermis.
That’s why the targets differ.
For pigment sitting in the epidermis, such as
age spots and freckles, 1064 simply passes through. 532 is the right choice.
By contrast, melasma, Ota’s nevus, dermal melanin,
and deep targets like black tattoo ink
are where 1064 is more precise.
In online communities, posts saying a toning treatment
didn’t help after 10 sessions
come up two or three times a month.
In fact, it doesn’t mean the treatment failed,
it means the target was chosen incorrectly.
1064 toning is a treatment that slowly breaks down
dermal melanin,
not a one-shot treatment to remove epidermal spots.
Also, because 1064 has moderate absorption,
it is relatively safer and carries a lower burn risk
for Korean skin tones.
Dr. Wi Young-jin’s key summary
The key is that 1064nm is a weak light that
goes deeper.
It passes through the epidermis and mainly targets deep dermal pigment, tattoos, and blood vessels.
532 is right for superficial spots, and 1064 is right for melasma.
What procedures is a 1064nm laser
used for?
Concern | Main wavelength | Approach |
Melasma / dermal melanin | 1064 | Low-energy toning + regeneration + medication combination |
Age spots / freckles | 532 | Spot treatment, usually completed in 1–2 sessions |
Mixed epidermal and dermal | 532 + 1064 | Dual toning |
Black/blue tattoos | 1064 | Dermal ink breakdown |
Purple/blue veins | 1064 long pulse | Deep vessel coagulation |
Especially for melasma, there are clear limits to laser treatment alone.
1064 low-energy toning
+ regenerative treatments like Rejuran and Revive
+ medications such as tranexamic acid.
You need all three pillars together
to change the environment that overactivates melanin.
If you take tranexamic acid for 3–6 months,
you can extend the toning intervals without leaving a gap.
Three frequently asked questions about
1064nm laser
Q1. Can a single 1064nm toning session
remove spots?
A. The answer is simply no.
Superficial spots are epidermal pigment, so 532 is the right choice,
and 1064 just passes through that depth.
If you try to treat spots only with 1064,
they won’t come off easily even after 10 sessions.
Q2. Is it true that skin gets darker after toning?
A. In about 1–2 out of 10 cases, temporary darkening
can occur as a rebound,
but in most cases it happens because the output is too strong
or the interval is too short.
If you keep the energy low and maintain a 2–3 week interval, it almost never happens.
Q3. Can 1064nm be done during pregnancy?
A. In theory, there are almost no reports of effects on the fetus, but during pregnancy hormones can
make the results less visible.
We recommend starting about 6 months after delivery.
Ultimately, 1064 is a wavelength that is not easily absorbed,
which is why it reaches deeper.
Its weakness becomes its strength.
In the next article, I’ll explain the ideal interval and
energy settings for 1064 toning.
This has been Dr. Wi Young-jin.
Read also
Latest post
Latest post
Body
온다 마이크로웨이브는 셀룰라이트에도 도움이 될까요, 지방과 결합조직에 어떻게 작용할까요?
온다 마이크로웨이브는 깊은 지방과 섬유 결합조직을 데워 콜라겐을 리모델링하는 방식이에요. 리프팅과 셀룰라이트 개선이 노리는 층의 차이와 회복 반응을 정리했어요.
Hair Removal
젠틀맥스 제모 후 모낭염, 왜 생기고 어떻게 관리하면 좋을까요?
젠틀맥스 제모 후 며칠 뒤 올라오는 뾰루지는 털이 빠져나오는 과정과 얽힌 모낭염인 경우가 많아요. 흔한 반응과 다시 봐야 할 신호, 집에서 하는 관리를 정리했어요.
Contouring & Volume
필러가 자리를 옮기는 이유는 무엇이고, 이동을 줄이려면 어떤 점을 신경 써야 할까요?
필러가 자리를 옮기는 건 주입 층과 양, 부위 움직임이 함께 작용해서예요. 이동이 잘 생기는 조건과 예방 방향, 이동이 의심될 때 신호를 정리했어요.
skin
표정 주름과 노화 주름은 무엇이 다르고, 왜 접근 방식이 갈리는 걸까요?
동적 주름은 표정 근육으로, 정적 주름은 피부 구조 변화로 생겨요. 두 주름의 원리와 접근 방향의 차이, 흔한 오해까지 정리했어요.
skin
켈로이드와 비대성 흉터는 무엇이 다르고, 왜 관리 접근이 갈리는 걸까요?
켈로이드는 상처 경계를 넘어 자라고 재발이 잦은 반면, 비대성 흉터는 경계 안에 머물며 대개 안정돼요. 두 흉터의 원리와 접근 방향의 차이, 흔한 오해까지 정리했어요.
skin
기미·주근깨·검버섯·오타양모반, 내 색소는 어떤 레이저가 맞을까요?
색소마다 표피에 뜬 것과 진피에 가라앉은 것이 나뉘고, 짧은 파장과 긴 파장이 각각 다른 깊이를 겨냥해요. 색소 종류별 접근 방향을 짚어봐요.
1:1 Custom Approach
1:1 Consultation Whatsapp
🌸 Beautystone Clinic attends the Meditox Bangkok Cadaver Workshop 🌸
1:1 Custom Approach