10% Discount on Manual & Electric Hospital Beds - Starting from 3 July!

Adss SuperPico

Home
Shop
Dermatology & Aesthetics
Adss SuperPico

✓ Certified Professional Seller

Adss Dermatology & Aesthetics

Adss SuperPico

Built for photoacoustic pigment shattering, with sub-nanosecond pulse delivery for tattoo removal, melasma, and all-colour pigmentation treatment.

The ADSS Group SuperPico is a picosecond Nd:YAG laser platform delivering sub-nanosecond pulses (<950 ps) through a photoacoustic mechanism that shatters pigment into micro-particles rather than thermally damaging surrounding tissue. The platform supports 532 nm and 1064 nm wavelengths (with optional 755 nm or 785 nm filters for green and blue tattoo pigment), covering all-colour tattoo removal, melasma and chloasma, freckles, age spots, Nevus of Ota, and skin toning. Medigear.uk distributes the SuperPico t

Sections

Fractional Lasers

Categories

Dermatology & Aesthetics

Condition

Perfect

Origin

China

Seller Type

Certified Professional Seller

Size:

980 × 720 × 1440 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

The ADSS SuperPico is a picosecond Nd:YAG laser platform built around the photoacoustic mechanism: ultra-short pulses (under 950 picoseconds, where 1 nanosecond = 1000 picoseconds) deliver energy faster than tissue can dissipate it as heat, producing a pressure-wave shock that mechanically shatters pigment into micro-particles. The body's immune system then clears the shattered fragments through the lymphatic system over the weeks following treatment. This is fundamentally different from the photothermal mechanism used by traditional Q-switched nanosecond lasers, IPL platforms, and fractional lasers — those use heat to break pigment; SuperPico uses mechanical shock.

Two primary wavelengths cover the indication set. The 1064 nm wavelength penetrates deeper and is absorbed by darker pigments — used for dark tattoo ink (black, dark blue), deep dermal pigmentation including Nevus of Ota and melasma, and skin-toning protocols across the dermis. The 532 nm wavelength (frequency-doubled Nd:YAG) targets superficial pigment with stronger absorption by red, orange, and yellow chromophores — used for red, orange, yellow, and brown tattoo ink, plus superficial pigmentation including freckles, lentigines (age spots), and café-au-lait spots. Optional 755 nm or 785 nm filters extend coverage to green and blue tattoo pigment, which are notoriously resistant to other laser wavelengths.

The handpiece carries multiple treatment tip configurations: focused tips for tattoo-removal aggressive parameters, fractional/honeycomb tips for skin-toning and rejuvenation protocols (where the picosecond energy passes through a diffractive optic to create laser-induced optical breakdown spots in the dermis), and zoom-spot adjustability for matching spot size to the indication. Cooling is closed-loop water plus air, with alarm protection on water flow and water temperature to protect the platform and the patient against malfunction. Output power is typically 1500-2000 mJ peak energy per pulse with 1-10 Hz repetition rate. CE marking, ISO documentation, and UK customs paperwork are confirmed through Medigear.uk at quotation.

The ADSS SuperPico serves UK aesthetic clinics, dermatology practices, tattoo-removal centres, and pigment-specialist clinics offering picosecond Nd:YAG laser treatment. The dual-wavelength (1064 + 532 nm) standard configuration with optional 755/785 nm filter coverage addresses the full case mix of clinical pigment indications across all skin types and all tattoo colours.

In tattoo removal, the SuperPico clears black and dark-blue ink (1064 nm-absorbing), red and orange and yellow ink (532 nm-absorbing), and — with optional filter — green and blue ink (755/785 nm-absorbing). The photoacoustic shattering mechanism produces faster clearance and lower post-inflammatory hyperpigmentation rates than older Q-switched nanosecond platforms, supporting clinical end-points that nanosecond technology often cannot achieve. Treatment courses typically run 4-10 sessions at 6-8 week intervals.

In melasma and chloasma treatment, the SuperPico's sub-nanosecond pulse duration minimises melanocyte stimulation that drives rebound pigmentation in older laser approaches. Conservative low-fluence protocols across 4-6 sessions at 2-4 week intervals support 50-70% improvement as the realistic end-point. Combination with topical depigmenting agents (hydroquinone, retinoids, azelaic acid under appropriate medical oversight) and strict sun avoidance optimise outcomes.

For benign pigmented lesions — freckles, lentigines (age spots), café-au-lait macules, Nevus of Ota — the SuperPico provides high-clearance treatment typically in 1-3 sessions for superficial lesions and 4-6 sessions for deeper dermal pigment. Nevus of Ota responds particularly well to picosecond 1064 nm because the deep dermal melanocytes are the target chromophore, and picosecond pulse duration matches the thermal relaxation time of dermal melanin more precisely than nanosecond alternatives.

For skin toning and rejuvenation, the fractional/honeycomb tip configuration creates laser-induced optical breakdown (LIOB) spots in the dermis at sub-ablative parameters, driving collagen remodelling and dermal renewal with minimal downtime. This is positioned as a maintenance protocol layered onto pigment-clearance courses or offered standalone for general skin-quality improvement.

Sub-Nanosecond Photoacoustic Pulse Delivery

The SuperPico delivers each pulse in under 950 picoseconds — faster than tissue can dissipate as heat. This converts laser energy to mechanical pressure waves that shatter pigment into micro-particles without thermally damaging surrounding tissue. This is the defining clinical advantage of picosecond technology over older Q-switched nanosecond lasers.

Dual-Wavelength Standard Configuration

1064 nm for deep dermal pigment and dark tattoo ink, 532 nm for superficial pigment and red/orange/yellow tattoo ink. Wavelength selection is through the touchscreen console at session start.

Optional 755 / 785 nm Coverage for Green and Blue Tattoo Ink

Green and blue tattoo ink is notoriously resistant to 1064 and 532 nm wavelengths. The optional 755 or 785 nm filter extends the SuperPico to all-colour tattoo coverage, supporting the most challenging tattoo-removal cases on a single platform.

Safer on Darker Fitzpatrick Skin Types

Picosecond pulse durations minimise post-inflammatory hyperpigmentation risk in Fitzpatrick IV-VI skin types — a critical clinical advantage for treating South Asian, Middle Eastern, African, and Caribbean clientele where nanosecond Q-switched lasers carry significantly higher PIH risk.

Fewer Sessions for Comparable Clearance

Published clinical research on picosecond vs nanosecond tattoo removal typically reports 30-50% reduction in session count for comparable clearance end-points. This shortens treatment courses, reduces practice chair-time per patient, and improves patient compliance with the course.

Honeycomb / Fractional Tip for Skin Rejuvenation

The fractional/honeycomb tip configuration creates laser-induced optical breakdown (LIOB) spots in the dermis at sub-ablative parameters, supporting collagen remodelling and skin toning protocols with minimal downtime. This adds a rejuvenation revenue stream to the pigment-removal core indication set.

Effective on Melasma Where Nanosecond Lasers Often Fail

Melasma management is the most clinically challenging pigment indication and one where older nanosecond technology often produces rebound or no response. The SuperPico's short pulse duration is the technology class most likely to give meaningful response, particularly when combined with strict sun avoidance and adjunctive topical care.

Closed-Loop Water + Air Cooling with Alarm Protection

The cooling system uses closed water circulation plus air, with alarm protection on water flow and water temperature to protect the platform and patient against malfunction. The cooling design supports long working sessions without thermal drift in laser output.

CE Marking and Multi-Region Certification

ADSS Group publishes CE marking, FDA clearance, TGA Australia approval, NMPA China registration, and SFDA registration on the SuperPico product literature. UK supply via Medigear.uk includes CE marking documentation; UKCA status is confirmed at quotation.

Picosecond Nd:YAG Laser Source

The laser source is a neodymium-doped yttrium aluminium garnet (Nd:YAG) laser cavity operated in picosecond mode, delivering pulses in under 950 picoseconds.

1064 nm Wavelength (Standard)

The fundamental Nd:YAG wavelength at 1064 nm penetrates the deepest, targeting dark tattoo ink (black, dark blue) and deep dermal pigmentation (Nevus of Ota, dermal melasma).

532 nm Wavelength (Frequency-Doubled, Standard)

Frequency-doubled Nd:YAG output at 532 nm targets superficial pigment and red/orange/yellow tattoo ink with strong chromophore absorption.

755 / 785 nm Optional Filter

Optional filter coverage extends to 755 nm or 785 nm wavelengths for green and blue tattoo ink, completing the all-colour tattoo capability.

Sub-950 Picosecond Pulse Duration

Each pulse delivers in under 950 picoseconds — faster than tissue can dissipate energy as heat, producing the photoacoustic mechanism that defines this technology class.

Peak Energy 1500-2000 mJ Per Pulse

The platform delivers up to 1500-2000 mJ of peak energy per pulse depending on configuration, supporting both aggressive tattoo-removal parameters and conservative low-fluence pigment protocols.

Repetition Rate 1-10 Hz

Pulse repetition rate adjustable from 1 Hz (single-shot technique) to 10 Hz (scanning across treatment area).

Spot Size Adjustable

The articulated arm handpiece accepts focused tips, zoom-spot tips, and fractional/honeycomb tips, with spot size adjustment to match indication and anatomy.

Articulated Arm Delivery

The handpiece is delivered through an articulated mirror arm, supporting precise positioning across body and facial anatomy without fibre bending loss.

Focused Tip for Tattoo Removal

The focused tip concentrates the picosecond pulse on the tattoo target area for aggressive tattoo-removal parameters.

Fractional / Honeycomb Tip for Skin Toning

The honeycomb tip diffracts the beam into a fractional pattern of laser-induced optical breakdown spots in the dermis, supporting skin rejuvenation and toning protocols at sub-ablative parameters.

Zoom-Spot Tip Configuration

The zoom-spot tip provides continuous spot-size adjustment for matched-spot technique across varying anatomy.

Closed-Loop Water + Air Cooling

The cabinet uses closed water circulation plus air cooling, with alarm protection on water flow and water temperature to safeguard the platform and patient against cooling-system malfunction.

Touchscreen Console

Cabinet-mounted touchscreen with preset protocols by indication, wavelength selection, parameter control, and patient-record fields.

Four-Castor Mobile Cabinet

Cabinet rolls between treatment rooms on four mobile castors with locking brakes, supporting clinic-floor mobility rather than fixed installation.

Wired Foot Switch

Foot switch supplied as standard for hands-free pulse activation during chair-side technique.

Hospital-Grade Mains Supply

The cabinet requires a hospital-grade single-phase 220-240 V, 50 Hz supply for UK installation. Specific amperage is on the technical data sheet at order.

Laser Safety Compliance Requirements

Use requires laser-safety signage at the treatment room entrance, door interlock, wavelength-matched laser-safety eyewear for operator and patient (specification differs for 1064, 532, and 755/785 nm wavelengths), and consultation with the clinic's MHRA-compliant Laser Protection Adviser before commissioning.

Standard Configuration

The standard package includes the cabinet, articulated arm handpiece, tip set (focused, fractional/honeycomb, zoom-spot), touchscreen console, foot switch, operating manual, and CE marking documentation. Optional 755/785 nm filter for green/blue tattoo coverage is specified at order.

The ADSS Group SuperPico is a strong fit for UK aesthetic clinics, dermatology practices, tattoo-removal centres, and pigment-specialist clinics looking to upgrade from older nanosecond Q-switched technology to picosecond photoacoustic pigment treatment. Its sub-950 picosecond pulse duration, dual-wavelength standard configuration (1064 + 532 nm) with optional 755/785 nm filter, articulated arm handpiece with focused, fractional/honeycomb, and zoom-spot tip options, closed-loop water-plus-air cooling, and touchscreen console cover the daily clinical demands of all-colour tattoo removal, melasma and chloasma management, benign pigmented lesion treatment, Nevus of Ota, café-au-lait macules, and skin toning. The picosecond technology class is particularly important for clinics serving darker Fitzpatrick clientele where post-inflammatory hyperpigmentation risk from older lasers limits treatment options. Medigear.uk distributes the SuperPico across the United Kingdom with CE marking documentation, customs and installation support, and warranty cover through ADSS Group's UK partner network. Contact Medigear.uk for quotations, optional wavelength filter specification, clinic-environment survey, training-partner referral, and configuration options.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

A picosecond laser delivers each pulse in under 1 nanosecond (1000 picoseconds) — the SuperPico's pulses are under 950 picoseconds. Traditional Q-switched lasers operate at 5-20 nanoseconds per pulse. The shorter the pulse, the less time tissue has to dissipate the energy as heat, and the more the energy converts to mechanical pressure waves (photoacoustic effect) that shatter pigment without thermally damaging surrounding tissue. Clinically this means picosecond lasers typically achieve faster tattoo clearance, treat colour pigments (green, blue) that nanosecond lasers struggle with, and produce less post-inflammatory hyperpigmentation in darker skin types.

The platform covers tattoo removal across all colours including the difficult green and blue pigments (with 755/785 nm optional filter), benign pigmented lesions including freckles, lentigines (age spots), café-au-lait macules, and Nevus of Ota, deep dermal pigmentation including melasma and chloasma (the most clinically challenging pigment indication for older laser technologies), post-inflammatory hyperpigmentation, and acne scarring with associated dyschromia. ADSS also positions the platform for skin toning, brightening, and fine-line softening via fractional/honeycomb tip protocols.

Tattoo ink absorbs different wavelengths depending on its colour. Black and dark blue absorb 1064 nm well. Red, orange, and yellow absorb 532 nm well. Green absorbs 755 nm or 694 nm (alexandrite/ruby wavelengths). Blue absorbs 755 nm. A single-wavelength platform leaves the colours it can't absorb resistant to treatment. The SuperPico's 1064 + 532 nm standard configuration covers most colours; the optional 755 or 785 nm filter adds the green/blue coverage that completes the all-colour capability.

Yes — and this is one of the picosecond technology class's most important clinical advantages. Traditional nanosecond Q-switched lasers carry significant post-inflammatory hyperpigmentation (PIH) risk in Fitzpatrick IV-VI skin types because the longer pulse durations deposit more heat into surrounding melanocytes. Picosecond pulses minimise this thermal collateral, supporting safer treatment of darker skin types — particularly important for melasma treatment in South Asian, Middle Eastern, African, and Caribbean clientele. Test-spot protocols 48-72 hours before first session remain essential.

ADSS Group publishes CE marking, FDA clearance, TGA Australia approval, NMPA China registration, and SFDA registration on the SuperPico literature. Medigear.uk confirms CE marking documentation, declaration of conformity, and UKCA status at quotation. UK distribution of Class IIb/III medical lasers falls under the Medical Devices Regulations 2002 (as amended); clinics performing tattoo removal and pigment treatments must comply with their local authority licensing requirements, including CQC registration in England where applicable. Buyers should confirm both the device's marking status and their clinic's regulatory position before purchase.

Tattoo removal typically requires 4-10 sessions at 6-8 week intervals depending on tattoo size, ink density, ink colour mix, ink depth (professional vs amateur tattoos differ significantly), patient skin type, and the body area treated. Picosecond technology typically clears tattoos in fewer sessions than nanosecond Q-switched alternatives — clinical research suggests 30-50% reduction in session count for comparable clearance. Patient consent should set realistic expectations including the small percentage of tattoos that prove resistant to complete clearance.

Melasma is notoriously challenging to treat and recurs in many patients regardless of laser technology used. ADSS positions the SuperPico for melasma with conservative parameter protocols — typically 4-6 sessions at 2-4 week intervals, with realistic 50-70% improvement as the achievable end-point rather than full clearance. Patients should be counselled on the lifelong nature of melasma management, the necessity of strict sun avoidance and high-SPF photoprotection, and the option of adjunctive topical agents (hydroquinone, retinoids, azelaic acid) prescribed within appropriate medical oversight.

Picosecond treatment produces less downtime than ablative fractional or aggressive Q-switched protocols. Typical recovery includes mild erythema and oedema for 24-48 hours at standard parameters, plus a "frosting" appearance immediately after tattoo-removal passes that resolves within hours. Aggressive single-session tattoo parameters can produce 3-5 days of crusting at the tattoo site. Melasma and skin-toning protocols typically produce same-day return to normal activity. Strict sun avoidance is essential for 4-8 weeks post-treatment to prevent rebound pigmentation.

Standard picosecond laser contraindications include active tan or recent unprotected sun exposure in the treatment area, photosensitising medication, pregnancy, active herpes simplex or other infection in the treatment field, recent isotretinoin use (consult current prescribing guidance), keloid scarring history in the treatment area, vitiligo or active dermatologic disease, and certain medical conditions affecting wound healing. Allergy testing or test-spot protocols are advisable for any patient with uncertain reactivity history.

ADSS Group publishes warranty terms typically of 1-2 years on the platform, with the Nd:YAG laser cavity and components carrying their own service-life ratings. The picosecond laser source uses high-energy components that have a defined operating-hour life expectancy rather than calendar-year warranty; replacement at end of life is a normal expense factored into total cost of ownership. ADSS publishes "technology support forever" for post-warranty technical assistance. Medigear.uk supports UK warranty fulfilment through ADSS Group's authorised UK service partner network; specific terms are confirmed at quotation.