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Adss FG900-S

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Adss FG900-S

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Adss Dermatology & Aesthetics

Adss FG900-S

Built for ablative fractional resurfacing, with 10,600nm CO2 laser, three operating modes, and an RF-excited Coherent laser tube.

The ADSS Group FG900-S is a 10,600nm CO2 fractional laser system supplied with three operating modes: fractional CO2 for ablative skin resurfacing, continuous CO2 for surgical incision and lesion removal, and VRL (Vaginal Rejuvenation Laser) for gynaecological tightening through an articulated arm probe. The platform uses a Coherent RF-excited laser tube, 30-45W output, 2-7 mm adjustable spot size, and a 10.4-inch colour touchscreen. Medigear.uk distributes the FG900-S to UK aesthetic clinics, dermatology p

Sections

Fractional Lasers

Categories

Dermatology & Aesthetics

Condition

Perfect

Origin

China

Seller Type

Certified Professional Seller

Size:

970 × 720 × 1430 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

The FG900-S is ADSS Group's three-mode CO2 fractional laser platform, built around a Coherent RF-excited laser tube delivering 10,600 nm wavelength output. At 10,600 nm (10.6 μm) in the mid-far-infrared, the CO2 laser is absorbed extremely strongly by water in tissue — the absorption coefficient at this wavelength is approximately 800 cm⁻¹ in water-rich skin, which means light energy converts to thermal energy in the most superficial layers and creates precise ablation with minimal collateral spread. This is the physical basis for CO2 laser's reputation as the gold-standard ablative resurfacing wavelength.

The fractional CO2 mode delivers the 10,600 nm beam through a scanning handpiece that places microscopic ablative columns across the treatment area, leaving untreated skin between the columns intact for accelerated healing. Each column creates a controlled vertical thermal damage zone surrounded by viable tissue, which drives wound-healing collagen regeneration and dermal remodelling. Indications include acne scars, surgical and traumatic scar revision, stretch marks, photoaging, fine lines and wrinkles, pigmentation correction, and skin tightening. The continuous CO2 mode delivers the beam as an unbroken cutting/coagulating tool through a separate surgical handpiece — used for skin tag removal, mole excision, wart and verruca removal, and minor cutaneous surgery where simultaneous incision and haemostasis are advantageous.

The VRL (Vaginal Rejuvenation Laser) mode delivers the 10,600 nm beam through an articulated arm probe with automatic 360° rotation, depositing thermal energy at controlled depth in the vaginal mucosa. ADSS positions VRL for vaginal tightening, vulvar pigmentation correction, vaginal mucosa restoration, and adjunctive support for genitourinary syndrome of menopause symptoms. Output power is 30-45 W depending on configuration, with a 2-7 mm adjustable spot size, ablation mode (continuous, pulsed, ultra-pulsed) selection, and a 10.4-inch colour touchscreen for protocol selection and parameter control. CE marking, ISO 13485 quality management documentation, and UK customs paperwork are confirmed through Medigear.uk at quotation.

The ADSS FG900-S serves UK aesthetic clinics, dermatology practices, cosmetic surgery clinics, and multi-disciplinary clinics offering combined skin and gynaecological rejuvenation. The three-mode platform — fractional CO2, continuous CO2, and VRL — covers a wider clinical scope than single-mode CO2 platforms, suiting clinics that run mixed treatment menus across resurfacing, minor cutaneous surgery, and aesthetic gynaecology.

In aesthetic skin resurfacing, the fractional CO2 mode addresses acne scars (rolling, boxcar, and ice-pick subtypes following clinician triage), surgical and traumatic scar revision, stretch marks across abdomen and thighs, photoaging fine lines and wrinkles, post-inflammatory pigmentation, and overall skin texture improvement. Treatment is typically delivered as 1-3 sessions at 4-8 week intervals depending on indication severity and patient downtime tolerance. The clinician selects between single-session aggressive parameters (longer downtime, more dramatic results) and multi-session lower-parameter approaches (shorter per-session downtime, gradual improvement).

For minor cutaneous surgery, the continuous CO2 mode supports skin tag removal, mole and naevus excision, wart and verruca removal, seborrhoeic keratosis ablation, and similar lesion-removal procedures where simultaneous incision and haemostasis save chair-time and reduce bleeding. The continuous mode is also used by some practitioners for blepharoplasty and other oculoplastic work where its precision and haemostatic properties give procedural advantages over conventional steel surgery.

In aesthetic gynaecology, the VRL mode supports vaginal tightening, vulvar pigmentation correction, vaginal mucosa restoration, and adjunctive support for the genitourinary syndrome of menopause symptoms including dryness and dyspareunia. UK clinics offering VRL should ensure operators carry appropriate gynaecological training, that the treatment is performed within a regulated activities framework (CQC or equivalent), and that patient consent specifically addresses the off-label nature of laser gynaecology in some jurisdictions.

Three-Mode Operating Platform on One Cabinet

Fractional CO2, continuous CO2, and VRL gynaecological mode share the same laser source and console, with three dedicated handpieces selecting the operating mode. This consolidates three treatment categories on one platform, reducing capital equipment cost compared with separate aesthetic-resurfacing and surgical-CO2 devices.

Coherent RF-Excited Laser Tube

The laser source is a Coherent RF-excited (metal RF-discharge) CO2 laser tube — a higher-stability source than the conventional DC-discharge glass tubes used in entry-level CO2 platforms. RF excitation gives more consistent pulse-to-pulse output, longer service life, and cleaner beam quality for fractional pattern delivery.

10,600 nm Gold-Standard Ablative Wavelength

CO2 laser at 10,600 nm remains the gold-standard ablative resurfacing wavelength because water absorption at this wavelength is extremely high, producing precise tissue ablation with minimal thermal spread. The wavelength has the largest published clinical evidence base of any aesthetic laser.

30-45 W Output with Configuration Choice

Configuration options between 30 W (standard) and 45 W (upgrade) let the clinic size the platform to its case mix. Higher-power configurations support faster body-area fractional work and continuous-mode surgical applications where higher power shortens cutting time.

2-7 mm Adjustable Spot Size

Spot size adjustment supports anatomy-matched treatment delivery — smaller spots for facial detail work, larger spots for body resurfacing and continuous-mode surgical applications.

Ultra-Pulse Mode for Maximum Precision

The ultra-pulse setting concentrates energy into very short pulses, delivering maximum ablation precision with minimal thermal spread. This is the technique-of-choice for delicate periocular and periorbital work where surrounding tissue protection matters.

10.4-Inch Colour Touchscreen Console

The cabinet-mounted touchscreen carries preset protocols by indication, manual parameter adjustment, scanning pattern selection, and patient-record fields. Larger screen format than typical CO2 platforms supports easier operator workflow.

CE Marking and ISO 13485 Quality Management

ADSS Group publishes CE marking, ISO 13485 medical device quality management, ISO 9001 general quality management, and SFDA registration on the platform. UK supply through Medigear.uk includes CE marking documentation; UKCA status is confirmed at quotation.

Four-Castor Mobile Cabinet

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

10,600 nm CO2 Laser Source

The laser source is a 10,600 nm (10.6 μm) CO2 laser — the standard ablative aesthetic wavelength with the largest published clinical evidence base.

Coherent RF-Excited Laser Tube

The tube is RF-excited rather than DC-discharge, giving higher stability, longer service life, and cleaner beam quality. ADSS specifies the Coherent tube brand on the FG900-S configuration.

Three Operating Modes

Fractional CO2 (scanning handpiece, microscopic ablation columns for skin resurfacing), Continuous CO2 (cutting and coagulating handpiece for minor surgery), and VRL (articulated arm probe for vaginal rejuvenation).

Three Dedicated Handpieces

A fractional CO2 scanner, a continuous CO2 surgical handpiece, and a VRL articulated arm probe with automatic 360° rotation. Each handpiece is matched to its operating mode.

30-45 W Output Power

Configurable at order between 30 W standard and 45 W upgrade depending on clinic case mix and treatment volume requirements.

2-7 mm Adjustable Spot Size

Spot size adjusts continuously across the 2-7 mm range, supporting facial detail work through to body and surgical applications.

Pulse Mode Selection

Continuous, pulsed, and ultra-pulsed delivery modes selectable through the console. Ultra-pulse gives maximum ablation precision with minimal thermal spread.

Fractional Scanning Patterns

The fractional handpiece supports grid and randomised scanning patterns with adjustable column density. Pattern selection is per indication and per anatomy.

10.4-Inch Colour Touchscreen Console

The cabinet-mounted touchscreen carries preset protocols, parameter control, scanning pattern selection, and patient-record fields.

VRL Articulated Arm Probe

The vaginal rejuvenation probe articulates with automatic 360° rotation, delivering controlled thermal energy through the full vaginal mucosa circumference in one positioning. Probe disposable sleeves are sold separately as consumables.

Continuous CO2 Surgical Handpiece

The continuous-mode handpiece supports cutting and coagulating applications including skin tag, mole, wart, verruca, and seborrhoeic keratosis removal, plus minor cutaneous and oculoplastic surgery.

Air Cooling

The standard FG900-S uses air cooling. Some configurations add water cooling for higher-power continuous operation; configuration is specified at order.

Four-Castor Mobile Cabinet

Cabinet rolls between treatment rooms on four castors with locking brakes. Cabinet is designed for 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.

Smoke Evacuation Requirement

CO2 ablation produces aerosolised tissue plume that requires HEPA-filtered smoke evacuation during treatment. The smoke evacuator is supplied separately or as an upgrade specified at order.

Laser Safety Compliance

Use requires laser-safety signage, door interlock, wavelength-matched CO2 laser-safety eyewear (the eyewear specification differs from 1565 nm and visible-wavelength devices), and consultation with the clinic's MHRA-compliant Laser Protection Adviser.

Standard Configuration

The standard package includes the cabinet, three handpieces, 10.4-inch touchscreen console, foot switch, operating manual, and CE marking documentation. Power configuration (30 W or 45 W), cooling option (air or air+water), and smoke evacuator are specified at order.

The ADSS Group FG900-S CO2 Fractional Laser System is a strong fit for UK aesthetic clinics, dermatology practices, cosmetic surgery clinics, and multi-disciplinary clinics that want to consolidate ablative fractional skin resurfacing, continuous CO2 minor cutaneous surgery, and VRL aesthetic gynaecology on a single platform. Its Coherent RF-excited laser tube, 30-45 W configurable output, 2-7 mm adjustable spot size, ultra-pulse precision mode, three-handpiece configuration, and 10.4-inch touchscreen console cover the daily clinical demands of acne scar revision, photoaging treatment, stretch mark management, skin tag and lesion removal, and vaginal rejuvenation. Medigear.uk distributes the FG900-S across the United Kingdom with CE marking documentation, ISO 13485 quality management evidence, customs and installation support, and warranty cover through ADSS Group's UK partner network. Contact Medigear.uk for quotations, clinic-environment survey, training-partner referral, and configuration options including output power, cooling, and smoke evacuator specification.

FAQ

Frequently Asked Questions

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

At 10,600 nm (mid-far-infrared), the CO2 laser is absorbed extremely strongly by water in skin — about 800 cm⁻¹ absorption coefficient. This means energy deposits in the most superficial 20-30 micrometres of tissue and converts immediately to heat, vaporising the water and the tissue around it in microseconds. The result is precise tissue ablation with minimal thermal spread beyond the ablation zone — the gold standard for ablative resurfacing and one of the standard tools for cutaneous surgery. Non-ablative wavelengths (like 1565 nm) penetrate deeper but do not vaporise tissue; ablative CO2 sits at the opposite end of the depth-vs-precision trade-off.

Fractional CO2 mode uses a scanning handpiece to deposit microscopic ablation columns across the treatment area, with untreated tissue between columns supporting accelerated healing. This is the resurfacing mode for acne scars, photoaging, and aesthetic skin treatment. Continuous CO2 mode delivers an unbroken beam through a different handpiece, used as a cutting and coagulating tool for skin tag removal, mole excision, wart and verruca removal, and minor cutaneous surgery. Both modes share the same laser source but use different beam delivery and parameter envelopes.

VRL mode delivers the 10,600 nm CO2 beam through a dedicated articulated arm probe with automatic 360° rotation, placing thermal energy at controlled depth in the vaginal mucosa. ADSS positions VRL for vaginal tightening, vulvar pigmentation correction, vaginal mucosa restoration, and adjunctive support for the genitourinary syndrome of menopause (GSM). Sessions are typically 20-30 minutes; ADSS recommends 1-3 sessions for most indications. UK clinics offering VRL should ensure operators carry appropriate gynaecological training and that the treatment falls within the clinic's regulated activities registration.

ADSS Group publishes CE marking and ISO 13485, ISO 9001, and SFDA certification on the FG900-S product literature. Medigear.uk confirms CE marking documentation, declaration of conformity, and UKCA status at quotation. UK distribution of ablative CO2 lasers falls under the Medical Devices Regulations 2002 (as amended); CO2 laser treatments are typically classified as regulated activities requiring CQC registration in England, and equivalent registration in Scotland, Wales, and Northern Ireland. Buyers should confirm both the device's marking status and their clinic's regulatory position before purchase.

For aesthetic skin resurfacing — acne scars, photoaging, stretch marks, fine lines — ADSS recommends 1-3 fractional CO2 sessions at 4-8 week intervals depending on indication severity and patient skin type. Single-session aggressive parameter passes produce more dramatic results with longer downtime (5-7 days of erythema and crusting); multi-session lower-parameter approaches give more gradual improvement with shorter downtime per session. The clinician selects the protocol based on patient downtime tolerance and clinical end-point.

Ablative fractional CO2 produces more downtime than non-ablative fractional lasers. Typical recovery includes 2-4 days of erythema, oedema, and crusting at moderate parameters; 5-7 days at aggressive parameters; with full re-epithelialisation by day 7-10. Post-inflammatory erythema can persist for 4-12 weeks depending on Fitzpatrick skin type. Patients should be counselled to plan around social commitments and to maintain strict sun avoidance and high-SPF photoprotection during healing.

Fractional CO2 carries higher risk of post-inflammatory hyperpigmentation in Fitzpatrick IV-VI skin types than in lighter types. The ADSS FG900-S can be used across the Fitzpatrick range with parameter adjustment and test-spot protocols, but darker skin types typically receive lower-energy multi-session approaches rather than aggressive single-session treatment. UK clinics with mixed-Fitzpatrick clientele should ensure operators carry training in skin-type-appropriate CO2 protocols.

The FG900-S output power is 30-45 W depending on configuration. Spot size is adjustable from 2 to 7 mm. Ablation mode selection includes continuous, pulsed, and ultra-pulsed delivery (the ultra-pulse setting concentrates energy into very short pulses for maximum ablation precision with minimal thermal spread). Scanning patterns for fractional mode include grid and randomised distributions with adjustable density. The 10.4-inch colour touchscreen provides preset protocols by indication plus full manual parameter control.

ADSS Group publishes 1-2 year warranty terms depending on configuration. The Coherent RF-excited laser tube carries its own service-life rating measured in operating hours rather than years; replacement at end of tube life is a normal expense factored into total cost of ownership. ADSS publishes "technology support forever" — meaning post-warranty technical support remains available indefinitely through the manufacturer. Medigear.uk supports UK warranty fulfilment through ADSS Group's authorised UK service partner network; specific terms are confirmed at quotation.

The FG900-S requires a hospital-grade single-phase mains supply (220-240 V at 50 Hz for UK installation) with sufficient amperage for high-power CO2 laser equipment — confirmed on the technical data sheet at order. The treatment room requires laser-safety signage at the entrance, an interlock switch on the door, wavelength-matched CO2 laser-safety eyewear for the operator and patient, smoke evacuation for the ablative plume produced during treatment, and a non-reflective treatment-area environment. UK clinics must consult their MHRA-compliant Laser Protection Adviser before commissioning the device. Smoke evacuation is particularly important — CO2 ablation plume contains aerosolised tissue particles requiring HEPA-filtered extraction.