IPL Star 808nm Laser Machine

The IPL Star 808nm configuration serves professional aesthetic practices and dedicated laser hair-removal rooms. Its clinical application is the treatment of unwanted hair using a diode laser with three specified wavelengths. Light absorption by pigment in the hair produces the thermal interaction on which the treatment depends. The practitioner assesses the client and treatment area before selecting the operating parameters. This links the equipment's adjustable range to an individual hair-reduction plan.

Within a hair-removal service, fluence, pulse duration and repetition rate are separate parts of preparation. The 1–120 J/cm² range describes energy per area, while 10–400 ms describes pulse length. Repetition rate, specified at 1–20 Hz, concerns the cadence of delivery. These distinctions are useful when recording the equipment setup for an appointment. The 15 × 15 mm square spot adds a fixed geometric reference for positioning the handpiece and planning coverage of the selected area.

IPL Star identifies all six Fitzpatrick skin types within the intended hair-removal scope, including darker skin. Professional assessment considers skin classification alongside hair characteristics and the area being treated. The unit's three wavelengths and adjustable parameters are the equipment features available within that process. Its application remains centred on unwanted hair and the follicle. The touchscreen and two named operating modes provide the interface through which the practitioner works with the system.

The cooling assembly is relevant throughout this treatment-room workflow. Sapphire contact cooling operates at the head, alongside thermoelectric, water and air cooling within the equipment arrangement. Between sessions, attention to the optical contact face, connecting lead and cooling system supports preparation of the same treatment station for the next assessed client.

Separate controls for energy and timing

Fluence, pulse duration and repetition rate describe different parts of the laser output. The operator can work with an energy-per-area setting, a pulse-length setting and a delivery-rate setting as distinct parameters. This gives treatment preparation a clear technical structure around the assessed hair-removal plan.

Three wavelengths in the optical specification

The configuration brings 755, 808 and 1064 nm into one diode laser system. That combination is central to its hair-removal positioning. The practice can precisely identify the optical specifications when evaluating the unit's place in a professional laser service.

A defined square treatment footprint

The 15 × 15 mm spot gives the operator a consistent geometric reference during placement. Its width and length are equal, which makes the treatment footprint straightforward to describe and record. Coverage planning can therefore take account of a known spot shape and size.

Touchscreen operation at the console

A 10.4-inch touchscreen provides the main interface. The practitioner interacts with the system at the console while working with the connected handpiece. Its touch operation and display size are practical considerations when arranging the equipment alongside the treatment couch.

Two named operating formats

Intelligent and Expert modes provide two operating formats. Both belong to the same laser platform and treatment station. The distinction is relevant to how the practitioner navigates the equipment during preparation and use.

Cooling at the treatment interface

Sapphire contact cooling forms part of the laser head. It provides cooling at the treatment interface, alongside the machine's internal cooling assembly. This makes the condition of the contact face relevant to both operation and equipment care.

Combined equipment cooling

Thermoelectric, water and air cooling form the supporting thermal system. The console therefore uses several cooling mechanisms within its operating assembly. Routine care includes the water circuit and air path as well as the externally accessible treatment components.

A dedicated hair-removal role

The system concentrates its optical specification and controls on unwanted hair. That focus suits practices organising a defined laser hair-removal service. The relevant equipment decisions concern wavelength specification, energy per area, pulse timing and the way the handpiece is used across the assessed treatment area.

Three-wavelength diode system

The wavelength set is 755, 808 and 1064 nm. All three wavelengths are part of this diode laser configuration. Together, they define its optical specification for professional hair-removal applications.

15 × 15 mm spot

The treatment spot has a square 15 × 15 mm footprint. This dimension concerns the area presented by the treatment head. It affects handpiece positioning and the operator's planned coverage of the treatment area.

1–120 J/cm² fluence

The energy-per-area range extends from 1 to 120 J/cm². This is the laser fluence specification. It provides a measurable output parameter considered alongside pulse duration and repetition.

10–400 ms pulse duration

Pulse length can be adjusted within a 10–400 ms range. Duration describes the time over which each pulse is delivered. The setting is part of the treatment parameters selected for the assessed session.

1–20 Hz repetition rate

The pulse repetition range is 1–20 Hz. This parameter describes the frequency of pulse delivery during operation. It provides timing control separate from each pulse's duration.

10.4-inch touch display

A 10.4-inch touchscreen forms the operator interface. It brings equipment interaction to the console's front. The display remains the main control point while the connected handpiece is used for treatment.

Intelligent and Expert modes

The console includes two named modes: Intelligent and Expert. These are operating formats within the same equipment interface. They clearly describe the available software modes.

Sapphire contact cooling

The laser head incorporates sapphire contact cooling. This component is part of the treatment interface and works alongside the other cooling mechanisms. The contact surface remains an important part of routine handpiece care.

Thermoelectric, water and air cooling

The equipment combines these three cooling mechanisms within its thermal assembly. Water circulation and airflow are therefore part of the console's operating requirements. Access around the ventilation openings supports the treatment station's physical layout.

Laser water temperature

The laser water temperature specification is 20–30°C. It relates to the water-based part of the cooling assembly. This temperature parameter sits separately from the optical treatment settings.

3000 W power rating

The machine has a 3000 W power rating. This is the equipment's power specification. It is recorded separately from laser fluence, which is expressed in joules per square centimetre.

Two electrical supply configurations

The supply configurations are AC 220 V ±10% at 50 Hz and AC 110 V ±10% at 60 Hz. Each voltage is paired with its stated frequency. These values help prepare a compatible electrical connection for the console.

25 kg net weight

The system weighs 25 kg. This figure is relevant to the supporting surface and the treatment station arrangement. The console remains connected to the handpiece and cooling assembly during operation.

IPL Star's 808nm laser suits a professional practice that wants a dedicated hair-removal platform with clearly defined optical and pulse parameters. Its strongest fit is a workflow in which skin and hair assessment leads to a recorded choice of fluence, pulse duration and repetition rate. The square spot provides a consistent reference for coverage, while the touchscreen keeps equipment interaction at the console. Ongoing workflow includes cooling-system care and maintenance of the optical contact face. The decision centres on this combination of treatment controls and a focused hair-removal role. The configuration specifies 755, 808 and 1064 nm wavelengths with a 15 × 15 mm treatment spot.