IPL Star Nd:YAG Picolaser Machine

Tattoo removal practices can use the Nd: YAG Picolaser within assessed laser treatment plans for selected ink colours and treatment areas. The manufacturer associates black and blue tattoo work with 1064 nm, and red and brown tattoo work with 532 nm. The adjustable spot provides a defined application footprint, which matters for the tattoo's local dimensions. Using the handpiece, the practitioner controls beam placement while working from the adjacent console.

Pigmentation work gives the platform a role in aesthetic and dermatology treatment rooms. The manufacturer identifies freckles and age- or sun-related pigmentation as applications. These uses focus on a selected pigment concern after assessing the skin and the treatment target. Wavelength and beam diameter are distinct equipment parameters in that process: one describes the optical output, and the other describes the area reached by the beam.

Carbon laser peeling also extends into facial treatment appointments. This application uses a topical carbon preparation with the laser, giving it a defined consumable component. The unit also supports skin rejuvenation and acne treatment. These uses fall under practitioner-led care, with the practitioner determining the individual's treatment objective and applying the equipment to the selected area.

In these settings, the connected handpiece serves as the local application point, and the tabletop console supports the operator's position. The adjustable repetition rate gives the practitioner a timing control alongside the beam-size setting. Water and air cooling serve the equipment throughout its operation. This combination places the Picolaser in practices that need a defined laser workstation for tattoo, pigmentation and facial applications, supported by ongoing care of its optics and cooling paths.

A treatment footprint that can be adjusted

The 2–10 mm spot range lets the practitioner change the beam diameter for the selected application area. This is a practical adjustment at the point where the laser meets the treatment target. It gives the equipment a defined role in work that requires attention to local beam placement.

Separate control of pulse repetition

The adjustable 1–10 Hz range gives the operator a timing parameter expressed in pulses per second. Repetition frequency can therefore be considered alongside spot diameter when planning the application. The machine's specifications distinguish beam width from output repetition rate.

Four wavelengths within one equipment platform

The wavelength set comprises 755, 1064, 532 and 1320 nm. This provides a range of spectral options across the unit's intended aesthetic work. Wavelength selection belongs within the assessed treatment purpose, while the console and connected handpiece remain the central equipment arrangement.

Defined tattoo and pigment applications

The machine covers both tattoo and pigmentation removal. The manufacturer also identifies particular tattoo-colour applications for the 1064 and 532 nm settings. This gives the platform a clear focus for practices handling selected ink and pigment concerns through professional laser treatment.

Carbon peel capability for facial appointments

Carbon laser peeling brings a specific facial application into the unit's treatment range. The process combines its laser output with a topical carbon preparation. For a practice offering this treatment, the equipment and consumable preparation form the two central parts of the application.

Water and air paths for equipment cooling

The machine uses both water cooling and air cooling to manage heat within the equipment. This establishes the cooling arrangement as part of its operating design. Both paths also support the equipment's upkeep, along with the handpiece and optical components used during treatment.

Clearly specified electrical configurations

The two mains configurations pair 220 V with 50 Hz and 110 V with 60 Hz, each with stated voltage and frequency tolerances. These details define the equipment's electrical supply specification. The fuse references and physical fuse size add a further part of that configuration.

Local handpiece control from a tabletop console

The connected handpiece puts beam application in the operator's hand, while the console stays on its support surface. This supports a treatment position built around the practitioner, the selected area and the equipment interface. This arrangement supports controlled placement during tattoo, pigment, and facial work.

Nd: YAG laser source

The equipment uses a solid-state Nd: YAG laser source. Nd: YAG refers to neodymium-doped yttrium aluminium garnet, the laser material associated with the platform. The source supplies optical energy to the treatment handpiece for the unit's selected aesthetic applications.

Wavelengths of 755, 1064, 532 and 1320 nm

Four wavelength entries define the machine's spectral range. The 755, 1064, 532, and 1320 nm values are part of its optical configuration and support its range of treatment applications. They describe the wavelengths available on the platform.

Adjustable 2–10 mm spot diameter

The treatment spot varies from 2 to 10 mm in diameter. Its size defines the width of the laser footprint at the application area. This adjustment gives the practitioner a measurable beam-size parameter when working on the selected treatment target.

Adjustable 1–10 Hz repetition frequency

Pulse repetition is adjustable between 1 and 10 Hz. The setting describes how often laser pulses are emitted over time. It provides a timing control within the operating specification and works alongside the selected wavelength and spot diameter.

Declared output at 755 and 1064 nm

The manufacturer rates output for the 755 and 1064 nm settings at 100–1200 J/cm². These two wavelengths share the same declared range. The rating identifies the output specification associated with that wavelength group within the machine's optical configuration.

Declared output at 532 nm

The 532 nm setting has a manufacturer-declared output range of 50–600 J/cm². It has its own entry in the equipment's optical specification. This figure identifies the stated range for that wavelength alongside its role in the manufacturer's tattoo and pigment applications.

Combined water and air cooling

Cooling is provided through water and air systems within the equipment. These paths support heat management during laser operation. Their presence makes the cooling circuit and airflow path relevant components of the machine's operating arrangement and equipment care.

AC 220 V supply configuration

One configuration uses AC 220 V ±10% at 50 Hz ±1 Hz. The voltage and frequency tolerances form part of that supply specification. This configuration defines the unit's corresponding mains requirements.

AC 110 V supply configuration

The second supply configuration uses AC 110 V ±10% at 60 Hz ±1 Hz. These values describe its nominal electrical input and permitted supply variation. The configuration gives the equipment a separate 110 V electrical specification.

T5AL250V and T10AL250V fuse references

The electrical specification identifies T5AL250V and T10AL250V fuse references. Both use the 5 × 20 mm physical format. The fuse information forms part of the equipment's electrical configuration alongside its voltage and mains-frequency specifications.

Connected laser handpiece

The laser handpiece connects to the main console and forms the operator's application tool. It lets the practitioner direct the beam locally to the assessed treatment area. The console remains in place while the handpiece provides the working point.

Tattoo and pigmentation treatment functions

The platform is intended for selected tattoo and pigmentation removal work. These functions support laser appointments focused on an identified colour or pigment concern. Its adjustable spot diameter helps define the application footprint for that work.

Carbon peel, acne and rejuvenation functions

Carbon laser peeling, acne treatment and skin rejuvenation complete the unit's five stated application areas. These functions extend its scope into professional facial treatment work. Carbon peel appointments include a topical carbon preparation as part of the application process.

The Nd: YAG Picolaser suits professional practices that organise tattoo, pigmentation, and facial laser work around a dedicated tabletop treatment position. Its most useful practical adjustment is the 2–10 mm spot diameter, which gives the practitioner a defined way to set the beam's application footprint. The connected handpiece makes that footprint relevant at the treatment area itself.

A practice using its carbon peel function also incorporates the topical carbon preparation into its appointment workflow. Ongoing equipment care centres on the optics, handpiece, and combined water-and-air cooling arrangement. The unit's technical identity is built around four wavelength settings, with pulse repetition adjustable from 1 to 10 Hz.