What Is the Super Picosecond Laser Machine? Specifications and Applications

A picosecond platform's value to a clinic comes down to how many distinct clinical problems it can genuinely solve from one investment. The Super Picosecond Laser Machine is built around that breadth — five treatment modes, three standard wavelengths with two optional additions, and a delivery system engineered for the flexibility a busy treatment room demands.

This article covers what the Super Picosecond Laser Machine is, its full specifications, and the range of applications it's built to address.

1. The Core Mechanism: Why Picosecond Pulse Duration Matters

The Super Picosecond's defining characteristic is its 450–600 picosecond pulse width — pulses delivered in trillionths of a second, dramatically faster than the nanosecond pulses of older Q-switched laser platforms. This shift in timescale changes the dominant tissue interaction from photothermal (heat-driven) to photoacoustic (pressure-wave-driven), meaning the laser fragments its target — tattoo ink or melanin — through mechanical stress rather than sustained heat, resulting in less thermal spread to surrounding tissue. The same short-pulse mechanism, delivered through different optics, can also disrupt dermal tissue in a controlled pattern that triggers collagen remodelling rather than fragmenting an existing target.[1]

This photoacoustic mechanism is what allows the same underlying platform to address such a broad range of applications — tattoo pigment, dermal pigmentation, vascular lesions, and dermal collagen remodelling — by adjusting wavelength, pulse mode, and delivery optics to match the specific target chromophore and depth for each concern.

2. Five Treatment Modes for Five Different Clinical Approaches

The Super Picosecond offers five distinct treatment modes — SP, FRP, LP, DLH, and PTP — allowing practitioners to select the energy-delivery approach appropriate to the specific application rather than using a single fixed delivery pattern for every concern.

Pico Laser mode — Delivers standard picosecond pulses for deep pigmentation concerns including melasma and dark spots, using the photoacoustic mechanism to fragment dermal pigment with minimal thermal spread.

Fractional Laser mode — Delivers picosecond energy through a fractional optical array, producing laser-induced optical breakdown (LIOB) in a pattern of concentrated microspots. This mechanism is used for skin resurfacing, acne scars, and stretch marks, where the goal is dermal collagen remodelling rather than pigment clearance. Research on fractional picosecond treatment confirms this mechanism supports skin regeneration and dermal remodelling, with documented benefit for photoaging, enlarged pores, dyspigmentation, wrinkles, and atrophic scars.[1]

Long Pulse (LP) mode — Extends the pulse duration for applications where a photothermal rather than photoacoustic effect is appropriate — visible red vessels, spider veins, rosacea-related redness, and hair removal, where a longer thermal interaction with the target chromophore produces the intended clinical effect.

Honeycomb Lens attachment — A collagen-focused delivery option used alongside the platform's core modes, addressing enlarged pores, fine lines, and scars through a distinct optical delivery pattern focused on dermal collagen stimulation.

3. Wavelength Range: Standard and Optional

The Super Picosecond's standard configuration includes three wavelengths — 1064nm, 755nm, and 532nm — with two optional additions, 585nm and 640nm, extending the platform's pigment-targeting range for clinics that need it. Each wavelength targets a different chromophore profile, which is what allows the same device to address dark tattoo ink, lighter pigment colours, and specific pigment tones like red or green/purple ink, depending on which wavelength is selected for that treatment.

4. Delivery System and Build

The Super Picosecond uses a dual-lamp and dual-rod system paired with a 7-joint articulated light-guide arm, giving practitioners flexible positioning during treatment across different treatment areas and angles. The system's cooling — combining water, fan, and radiator cooling with a 7-litre water tank — is built to maintain consistent performance across sustained clinical use. At 2000W power output, with maximum energy of 2000mJ at 1064nm and 1000mJ at 532nm, the platform has the energy headroom to deliver effective treatment across its full range of applications, with an adjustable 2–10mm spot size and 1–10Hz frequency range giving practitioners further control over treatment parameters.

Specifications at a Glance

Frequently Asked Questions

The Bottom Line

The Super Picosecond Laser Machine's breadth comes from the combination of its photoacoustic mechanism, five distinct treatment modes, and flexible wavelength configuration — giving a single platform the range to address tattoo removal, pigmentation, vascular concerns, hair removal, and skin rejuvenation without compromising on the specific delivery approach each concern actually needs.

For clinics evaluating a picosecond platform's fit against a broad service menu, the specification set here is built precisely for that breadth.

References

1. An Update on Fractional Picosecond Laser Treatment: Histology and Clinical Applications — Lasers in Medical Science, PMC (2023)