IPL Star Picosecond

The Picosecond serves professional aesthetic and dermatology settings where tattoo pigment, selected pigmented lesions and skin appearance are assessed for laser treatment. The practitioner identifies the target, chooses the optical configuration, and positions the delivery assembly. The visible aiming beam provides a reference for that placement. This gives the system a practical fit in treatment rooms organised around controlled local application and direct operator oversight.

Tattoo work includes decorative tattoos and cosmetic tattoo pigment associated with eyeliner and lip-line applications. These procedures require relating the selected treatment footprint to the pigment location. The machine provides a zoom diameter range and fixed spot configurations within its optical assembly. The practitioner can therefore plan placement around the assessed target using the machine's specified spot geometry, wavelength and pulse-energy parameters.

Pigmented skin applications include birthmarks, age spots, sun spots, and freckles, as well as naevus of Ota and Ito. These are distinct concerns within the platform's named application range. The equipment fits practices where lesion assessment and treatment selection are part of the professional appointment. Its aiming reference and optical controls support positioning in that established assessment-led workflow.

Skin tightening, fine lines, wrinkles, and stretch marks are part of its intended-use skin-appearance component. Practices offering these treatments can place the machine within a broader schedule of cosmetic appointments. Across the application groups, the operational emphasis remains on purposeful selection and placement. The console brings the laser source and controls together, with its optical delivery assembly positioned at the chosen treatment area and the practitioner directing the procedure.

Visible alignment at the treatment position

The 632.8 nm aiming beam gives the practitioner a visible reference for local placement. It links the optical delivery assembly's position to the selected treatment area. For pigment-focused appointments, this makes alignment an explicit stage of the working sequence before pulse delivery.

Zoom and fixed treatment footprints

A 2.0–6.0 mm zoom range accompanies fixed spot diameters of 6.0 and 8.0 mm. The operator has clearly specified optical configurations for the treatment footprint. This supports planning around the size and position of the assessed target while keeping the selected spot diameter explicit.

A clearly defined short-pulse specification

The 500 ps pulse duration establishes the time scale of each laser emission. Alongside the energy range, it gives the practitioner a clear description of the output. Pulse duration remains a distinct parameter within the system's treatment specification.

Three treatment wavelengths on one platform

The optical configuration includes 1064, 532 and 755 nm wavelengths. This gives the machine a stated set of wavelength choices for its pigment and skin appearance applications. The wavelength is part of the treatment plan, along with the selected energy and spot configuration.

Energy expressed at the individual pulse level

The 50–2000 mJ range describes energy per pulse in a direct, measurable unit. This makes the treatment-output specification understandable alongside the spot diameter and pulse duration. This value refers to the optical pulse used in the procedure.

Tattoo and selected pigment applications

The application range includes decorative and cosmetic tattoo pigment as well as several named pigmented skin concerns. This gives pigment-focused practices a clear basis for scheduling the equipment. Each application remains linked to professional assessment and purposeful selection of the treatment target.

Skin appearance work within the same console

The machine's intended application range includes tightening, fine lines, wrinkles, and stretch marks. These uses give the platform a place in practices that combine pigment work with skin appearance appointments. The practitioner retains the same central task of aligning the optical assembly with the selected area.

Electrical and physical ratings for room planning

The 30 A service requirement gives a concrete electrical provision for the treatment-room layout. The console body has stated dimensions, while the articulated arm defines additional working space. Together, these facts link the equipment's physical placement to how the practitioner accesses and positions it.

500 ps optical pulse duration

The laser's specified pulse duration is 500 ps. This equals half a nanosecond for each emission. It defines the short-pulse timing used by the platform.

1064, 532 and 755 nm treatment wavelengths

Three treatment wavelengths form the stated optical configuration. They are 1064, 532 and 755 nm. Each is identified separately so the wavelength remains a clear part of the selected treatment configuration.

632.8 nm aiming beam

A visible aiming light operates at 632.8 nm. It provides a reference for aligning the treatment position. The practitioner uses that reference while positioning the optical assembly over the selected target.

2.0–6.0 mm zoom spot

The zoom optics provide a spot diameter range of 2.0-6.0 mm. This range defines the available spot diameter through the zoom configuration. It makes spot geometry a specified part of the treatment setup.

6.0 and 8.0 mm fixed spots

The fixed spot diameters are 6.0 and 8.0 mm. These form the fixed-size portion of the optical configuration. Their dimensions clearly describe the corresponding treatment footprints.

50–2000 mJ pulse energy

The energy range extends from 50 to 2000 mJ per pulse. Expressed in joules, the same range is 0.05–2 J. This is the energy specification for an individual treatment pulse.

1–10 Hz pulse repetition rate

The repetition range is one to ten pulses per second. This describes the rate at which the short pulses recur during operation. It complements the separate 500 ps duration specification.

Articulated optical delivery arm

An articulated arm carries the delivery assembly away from the console towards the treatment position. Its movement forms part of the operator's positioning workflow. The working arrangement places the optical assembly at the selected area while the console remains alongside the treatment space.

Internal water and air cooling

The machine uses internal water cooling together with an air-cooling system. These serve the equipment during operation. The cooling arrangement is part of the console's ongoing care requirements.

30 A electrical service requirement

The electrical service requirement is 30 A, which specifies the equipment's connection requirement within the treatment room. It accompanies the separate supply-voltage and power ratings in the technical specification.

Defined mains supply and power rating

The supply range is AC 110–240 V at 50–60 Hz. The stated equipment power rating is 3000 W. These are the console's electrical specifications.

Console body with an articulated working envelope

The body dimensions are 650 × 350 × 850 mm, and the unit has a stated mass of 90 kg. The articulated arm adds its own working space around the console. This distinction makes the fixed body envelope clear when describing the machine's room footprint.

Tattoo and cosmetic pigment treatment scope

The named exogenous pigment applications include tattoos, eyeliner pigment and lip-line pigment. These concerns involve pigment introduced into the skin. They form the tattoo-focused part of the system's professional treatment scope.

Selected skin pigment and appearance applications

The endogenous pigment range includes birthmarks, age spots, sun spots, freckles, and Ota and Ito naevi. Skin appearance uses cover tightening, fine lines, wrinkles and stretch marks. These groups describe the additional treatment purposes named for the platform.

The Picosecond fits practices whose appointments depend on careful assessment and precise local positioning for tattoo, pigment, and skin-appearance work. Its key strength is the link between a visible aiming reference and a clearly defined treatment footprint. This supports an operator-led workflow in which the selected target and optical configuration remain central to the procedure.

The machine suits a dedicated treatment space that accommodates the console, articulated arm and stated electrical provision. Ongoing care centres on the optical assembly and the equipment's cooling system. For a practice organised around those working needs, it provides a defined platform for its named application range. Each specified treatment pulse lasts 500 ps.