IPL Star Laser Machine

The platform serves clinicians using fibre-delivered laser energy for soft-tissue and vascular work. Surgical settings draw on the cutting function, while dental practices use the named soft-tissue application. The manufacturer's application range also includes gynaecology and veterinary care. Across these settings, the defining equipment choice is the same: two treatment wavelengths with adjustable power and selectable emission timing.

Vascular use includes vascular lesion therapy and endovenous laser treatment. The latter delivers energy within a vein, with the 1470 nm wavelength positioned for saphenous vein reflux associated with varicose veins. Fibre transmission places the laser output at the working site while the main console remains beside the treatment area. The red pilot beam supplies a visible aiming reference within this delivery arrangement.

Laser-assisted lipolysis plays a role in aesthetic surgical practice. The treatment beam acts on fatty tissue through the selected delivery arrangement, with power and timing established at the console. The two wavelength channels retain their own output ratings. That distinction matters when the operator selects the required laser output for the clinical task and the tissue being addressed.

Physiotherapy and pain relief, fungal nail treatment and tooth whitening extend the named applications into further treatment settings. In each setting, the platform's role depends on its laser source, fibre path, and applicator arrangement. Its operating controls allow emission mode, output power and pulse timing to be considered together. The system therefore suits departments and practices whose work centres on professional laser procedures and whose treatment mix includes the applications for which this dual-wavelength platform is positioned.

Two wavelengths support the treatment mix

The 980 nm and 1470 nm channels give the platform two specified treatment wavelengths. Their different tissue interactions underpin their role in cutting, vascular procedures and laser-assisted lipolysis. A department choosing equipment around those applications can assess both channels as part of one console, with the power rating for each wavelength kept clear. The result is a platform organised around the treatment beam.

Fibre delivery separates console placement from beam placement

Biquartz optical fibre carries energy from the main unit to the treatment end. The operator can work with the delivery component at the treatment site while the console remains in its operating position. This arrangement makes the working end, fibre route and console distinct parts of the procedure setup. It also gives the treatment applicator a direct role in how the platform is handled.

Emission mode is an explicit operating choice

Pulse, continuous wave and single operation give the operator three ways to organise laser emission. The choice sits alongside wavelength and power, so the console controls both the energy output and the pattern in which it is delivered. For a practice carrying out laser procedures, this puts emission behaviour among the settings considered for each application, with a defined mode available for the required pattern.

Power ratings stay specific to each channel.

The 980 nm side has 30 W and 60 W configurations, and the 1470 nm output is rated at 17 W. Keeping these figures separate makes the platform's output capability understandable at channel level. The operator's chosen setting then sits within the available range of that configuration. This is useful when the equipment decision depends on the wavelength and output required by the intended treatment mix.

Pulse timing can be adjusted at the console

Both pulse width and pulse duration span 0.01–1 s, with 0.05 s adjustment steps. These parameters bring the time element of laser emission into the operating controls. Together with power selection, they let the operator establish how the output is delivered during pulsed use. The timing ranges are concrete equipment characteristics that can be considered alongside the department's procedures.

Visible aiming has a dedicated beam

A red 635 nm pilot beam provides the visible aiming reference. Its power is specified below 5 mW, giving it a distinct rating alongside the treatment channels. The operator sees an aiming reference while the platform's 980 nm and 1470 nm sources supply treatment energy. This division makes aiming a defined part of the beam delivery arrangement and gives the pilot its own place in the operating specification.

The application range spans several specialist settings.

The named functions bring together vascular work, lipolysis, cutting and dental soft-tissue procedures, with gynaecological and veterinary uses also listed. That range gives the platform a place in practices and departments whose work includes these applications. Equipment selection can therefore centre on the actual procedure mix, the delivery arrangement used, and the wavelength channel through which the treatment energy is supplied.

Electrical planning starts with stated supply ratings.

The console has specified 110 V, 60 Hz and 230 V, 50 Hz supply configurations, each with its own voltage and frequency tolerances. These figures give a practical basis for the unit's electrical setup. The corresponding configuration establishes the accepted supply, while the treatment controls establish the laser output. Keeping these two sets of ratings distinct clarifies the console's operating requirements.

The beam path gives upkeep a clear focus.

The laser source, optical fibre and treatment applicator form a connected working arrangement. Energy is generated in the console, carried through the fibre and delivered at the treatment end. These components give ongoing equipment care a concrete focus around the beam path. For a practice using the platform regularly, the delivery components remain as central to day-to-day handling as the controls on the main unit.

Dual-wavelength diode laser source

The treatment source provides 980 nm and 1470 nm output. Both wavelengths belong to the same platform and support its stated soft-tissue, vascular and lipolysis applications. Wavelength identifies the light produced by the source, while the separate power and timing controls determine further aspects of the emitted treatment output.

Biquartz optical fibre transmission

The beam transmission system uses biquartz optical fibre. This fibre carries laser energy away from the console towards the treatment end. Its role is optical delivery, linking the source and its controls to the point where energy is applied. The fibre path is therefore part of both the system's operating arrangement and its handling.

980 nm power configurations

The 980 nm channel is offered in 30 W and 60 W configurations. These figures identify the maximum output associated with each configuration. In the 60 W configuration, the stated adjustment range extends from 1 W to 60 W, giving the output rating a clear relationship to that unit and its selected setting.

1470 nm output rating

The 1470 nm channel is rated at 17 W, with a stated adjustment range of 1–17 W. This wavelength is associated with water absorption in the target tissue. Its output rating remains a separate characteristic of the channel, allowing the operator to consider the 1470 nm setting alongside the chosen emission mode and timing.

Continuous wave operation

Continuous wave, abbreviated to CW, is one of the three named working modes. It provides ongoing laser emission while activated. This mode describes the time pattern of the output and sits alongside the platform's power controls. The console therefore gives continuous emission its own defined operating choice.

Pulse operation

Pulse mode organises the treatment output into timed emissions. The platform includes pulse width and pulse duration parameters for this part of operation. Power and timing remain distinct settings, so the operator can consider output level and time pattern together when setting up the laser for the chosen application.

Single emission mode

Single mode provides a discrete emission option alongside pulse and continuous wave operation. It makes an individual emission pattern part of the console's stated working modes. The treatment output relates to the platform's wavelengths and available power configuration, with mode selection establishing how that output is emitted over time.

Pulse width from 0.01 to 1 second

The pulse width range is 0.01–1 s. Width defines a time characteristic of the emitted pulse, giving the operator a timing parameter to consider alongside the selected output power. The stated adjustment step is 0.05 s. These figures describe the console's pulse control and its available timing range.

Pulse duration from 0.01 to 1 second

Pulse duration is separately specified at 0.01–1 s, with 0.05 s adjustment steps. Keeping the parameter under its own name preserves the platform-specific timing information. Duration and width sit within the same operating specification, so both are available when describing the console's stated pulse controls.

Red pilot laser at 635 nm

The aiming reference is a red diode laser at 635 nm with power below 5 mW. Its visible beam helps the operator identify the aiming position. The pilot has a distinct wavelength and power rating within the system, alongside the two channels that provide the treatment output.

Class IV laser classification

The manufacturer identifies the laser as Class IV. This describes the laser output classification and gives it a defined place in the equipment specification. The platform combines that output with fibre delivery, channel-specific power ratings and selectable emission modes. Classification is kept distinct from the electrical supply ratings and the applied-part designation.

Type B applied part

The system carries a Type B applied-part designation in its stated classification. An applied part is the portion of medical electrical equipment associated with patient contact during its intended use. This designation sits alongside the laser classification as a separate equipment characteristic, keeping the two aspects of the system's classification clearly identified.

110 V electrical supply configuration

One supply configuration is AC 110 V ±11 V at 60 Hz ±1 Hz. The voltage and frequency tolerances accompany the nominal supply values, making the rating specific. These figures describe the electrical input for the corresponding console configuration, while the wavelength and wattage ratings describe its laser treatment output.

230 V electrical supply configuration

The other stated configuration is AC 230 V ±22 V at 50 Hz ±1 Hz. It provides a second defined electrical rating for the platform. The supply configuration relates to the environment in which the console operates, with laser mode, power and timing remaining the controls used to establish the emitted output.

The IPL Star 980nm&1470nm Laser Machine suits practices and departments whose procedures centre on fibre-delivered soft-tissue work, vascular treatment and laser-assisted lipolysis. Its strongest equipment argument is the combination of two treatment wavelengths with channel-specific power ratings and selectable emission patterns. The optical fibre and applicator place the beam at the working site, making their handling and condition central to regular use. For a department assessing this platform, the defining choice is the required 980 nm power configuration alongside the 17 W, 1470 nm channel. The console supports pulse, continuous wave, and single operation, with pulse width and pulse duration each ranging from 0.01 to 1 second.