Engineered for Precision.
Advanced ND:YAG laser technology, designed for professionals who demand consistency, control, and performance in every session.
Built for professional performance
iQuantum laser systems are designed around configurable optics, precise energy control and industrial-grade components — built for professional operators who need consistent, repeatable performance.
ND:YAG Platform
Q-switched Nd:YAG system with three interchangeable optics (1320 nm / 1064 nm / 532 nm), configurable pulse energy and a 10″ or 12″ HD touch interface.
Configurable Optics
Interchangeable handpieces and an adjustable spot size give operators precise control over energy delivery across a range of professional applications.
Advanced Cooling
Combined water / air / TEC cooling circuit engineered for sustained duty cycles and long-term reliability.
New designs, in the works
Our engineering team is developing the next generation of iQuantum systems — refined ergonomics, a new chassis language and updated interface hardware. Renders and specifications are confidential ahead of launch; sign up via our contact form to be notified first.
Precision by design
Every system is built around a smart, updatable control platform — configurable energy output, a precision laser pointer guide, and a simple, intuitive graphical interface.
Smart Control Software
Updatable system software with a clear graphical interface and optional remote Cloud / App control.
Configurable Energy Delivery
Adjustable pulse energy and repetition rate, with a precision pointer guide and adjustable spot size.
Engineered for Reliability
Built with industrial-grade components and rigorous manufacturing processes designed for sustained, repeatable performance.
What is an Nd:YAG laser?
Nd:YAG stands for neodymium-doped yttrium aluminum garnet — a solid-state crystal that, once optically pumped, emits a coherent infrared beam at 1064 nm. Passing that beam through a frequency-doubling crystal produces a second wavelength at 532 nm (visible green); the NDX platform adds a third option at 1320 nm. In Q-switched operation, energy is stored and released in extremely short, high-peak-power pulses, allowing the beam to be absorbed selectively by its intended target while limiting heat spread into surrounding tissue — a principle known as selective photothermolysis.
The longer 1064 nm wavelength penetrates deeper into tissue than shorter-wavelength lasers and is absorbed less by melanin in the skin's surface layer, which is why it is widely used as a base platform across professional and dermatological laser equipment.
Where Nd:YAG technology is used
Nd:YAG platforms are one of the most established laser technologies in professional aesthetic and dermatological practice. Typical, well-documented application areas for this technology include:
Pigment & Tattoo Treatment
Q-switched pulses target ink and pigment particles, fragmenting them for gradual clearance — effective across a range of ink colors, particularly dark pigments.
Micropigmentation Removal
The same Q-switched, photoacoustic mechanism used for tattoo removal also fragments cosmetic pigment (eyeliner, eyebrows, lips), sparing the surrounding tissue.
Facial Rejuvenation (Carbon Peel)
A thin layer of medical-grade carbon absorbs the Q-switched pulse, lifting impurities and dead skin cells for a brighter, more even complexion.
Skin Toning
Low-fluence, non-ablative passes are used for gradual collagen stimulation and toning, without disrupting the skin's surface barrier.
Actual clinical indications, protocols and who may operate this class of equipment depend on local regulation and professional licensing in each market. This overview describes the underlying technology in general terms and is not a claim of a specific medical indication for any iQuantum Laser product.
Nd:YAG vs. CO2, fractional and picosecond lasers
These four terms describe two different things: Nd:YAG, CO2 and picosecond refer to the laser medium / pulse regime that determines wavelength and pulse duration, while "fractional" refers to a delivery mode — splitting the beam into a grid of microscopic treatment zones — that can, in principle, be applied to more than one wavelength. In practice, "fractional" devices in the market are most often built around CO2 (ablative) or erbium-glass (non-ablative) sources. The table below compares them on the dimensions that matter operationally.
| Technology | Typical wavelength | Mechanism | Typical downtime | Common use |
|---|---|---|---|---|
| Nd:YAG Q-switched |
1064 / 532 / 1320 nm | Non-ablative — selective photothermolysis | Minimal to none | Pigment & tattoo, micropigmentation, skin toning |
| CO2 full-field or fractional |
10,600 nm | Ablative — tissue vaporization (fractional: microthermal treatment zones) | Days to weeks (full-field) / days (fractional) | Deep resurfacing, severe texture and scarring |
| Fractional non-ablative, e.g. Er:glass |
~1,320–1,550 nm | Non-ablative — microthermal zones, surface spared | Low (1–3 days) | Fine lines, mild scarring, faster recovery than CO2 |
| Picosecond | 1064 / 532 / 755 nm | Photomechanical — ultra-short pulses (300–800 ps) | Minimal to none | Multicolor tattoo, refractory pigment, faster sessions |
NDX Series — technical specifications
- Wavelengths1320 / 1064 / 532 nm
- Max. pulse energyUp to 2 J
- Max. repetition rateUp to 10 Hz
- Spot sizeAdjustable
- CoolingCombined water / air / TEC
- Interface8″ HD touchscreen
- Control softwareUpdatable, optional remote Cloud / App
- AimingPrecision laser pointer guide
Regulatory information (for reference only)
Laser equipment used in professional and aesthetic settings is subject to regulatory frameworks in every market. The links below are provided purely as general, informational reference to those frameworks.
United States — FDA
In the US, laser products are regulated by the FDA as radiation-emitting electronic products under 21 CFR 1040.10 / 1040.11 (performance standards), and — where a medical/surgical indication applies — under the medical device framework as well.
Spain / EU — AEMPS
In the EU, Annex XVI of Regulation (EU) 2017/745 (MDR) covers high-intensity light/laser equipment without a strictly medical purpose (e.g. skin resurfacing, tattoo or hair removal) — these are regulated as medical devices due to functional similarity and risk, overseen in Spain by AEMPS.
Technical specifications describe system engineering only. See our Legal Notice for important information on the scope of this website.
Treatments
The most common applications of the Nd:YAG NDX platform. Specific treatment parameters are provided during professional technical training — contact us to learn more.
Tattoo Removal with Nd:YAG Q-Switched Laser
Safe, precise and effective technology for all types of tattoos.
Tattoo ink in the skin
Tattoo ink is located in the mid and deep dermis.
Q-switched laser pulse
The laser emits an ultra-short, high-energy pulse that reaches the ink particles without damaging the surrounding skin.
Photoacoustic fragmentation
The energy is absorbed by the ink, which breaks the particles into millions of smaller fragments.
Microscopic particles
The resulting particles are much smaller and can be processed by the body.
Phagocytosis and transport
Macrophages capture the fragmented ink particles and transport them through the lymphatic system.
Natural elimination
The body gradually eliminates the ink fragments through the lymphatic and renal systems.
Progressive results — number of sessions: 4–12+ depending on ink color and depth.
Aftercare recommendations
- Keep the treated area clean and dry
- Apply a regenerating cream 2–3 times daily
- Do not expose to direct sunlight or UV tanning beds
- Avoid swimming pools, saunas and intense exercise for 48–72 hours
- Do not scratch or pick at the treated area
- Wear loose, breathable clothing
- Maintain proper hydration
Micropigmentation Removal with Nd:YAG Q-Switched
The same photoacoustic principle used in tattoo removal, applied to superficial intradermal cosmetic pigment.
Eyeliner Removal — effectively breaks down eyeliner pigments without damaging surrounding tissue.
Eyebrow Pigment Removal — eliminates unwanted pigments from microblading, tattooed or cosmetic eyebrows.
Lip Pigment Removal — targets and removes lip pigments (lip blush, permanent makeup).
Post-treatment care
- Avoid makeup on the area for 24–48 hours
- Apply a regenerating cream 2–3 times daily
- Avoid direct sun exposure and UV cabins
- Do not scratch or rub the treated area
- Avoid swimming pools, saunas and intense exercise for 48–72 hours
- Use broad-spectrum sunscreen SPF 50+
Facial Pigmentation & Skin Rejuvenation (Carbon Peel)
Treats solar lentigines and epidermal melasma through photoacoustic pigment fragmentation, plus a Carbon Peel rejuvenation protocol: deep cleansing, brighter skin, visible results.
Solar lentigines / age spots
Carbon Peel — skin rejuvenation
How Carbon Peel works
Carbon application
A thin layer of medical-grade carbon is applied to the skin.
Q-switched laser pulse
The laser emits an ultra-short, high-energy pulse absorbed by the carbon particles.
Photoacoustic effect
Rapid expansion of carbon particles removes impurities and dead cells.
Key benefits
- Deep cleansing and pore reduction
- Improves skin texture and radiance
- Helps control excess oil (sebum)
- Suitable for acne-prone skin
- Minimizes the appearance of fine lines
- Brightens and evens skin tone
- Quick treatment with minimal downtime
- Suitable for different skin types
Post-treatment care
- Avoid makeup for 24–48 hours
- Apply a soothing and hydrating cream
- Use sunscreen SPF 50+ daily
- Avoid direct sun exposure and UV cabins
- Avoid aggressive exfoliants for 5–7 days
- Results are progressive; maintenance sessions may be recommended
Technical Support
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Prefer to reach us directly? [email protected] · +1 (332) 231-6528
Engineering the future of laser technology
iQuantum Laser USA, LLC designs and delivers professional laser systems built on precision engineering, reliability and rigorous manufacturing standards. We work with professional operators across the United States and Europe, backed by dedicated technical support.
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For technical information, product enquiries or support, reach our team directly.
Prefer to reach us directly? [email protected] · +1 (332) 231-6528