NY403 picosecod tech tattoo removal laser machine from superlaser factoy have the following features:

1. Pico + Nano tech
First, the Nanosecond laser pulses are used to deliver short bursts of energy that break down the larger and deeper pigment or ink particles. Then, the area is rescanned with Picosecond pulses that dismantle the smaller and shallower particles. This combination yields far better results than using either one of the technologies on its own.

2. High Energy laser
The high energy levels of Picosecond laser NY403 allow pigment and tattoo removal with fewer treatments compared with other competing laser systems. 

3. Deep Reach
With Picosecond laser NY403, your customers will appreciate the faster treatment results with shorter treatment sessions. Picosecond laser NY403’s larger spot sizes allow deeper penetration into the dermis and better dispersal of the pigment or embedded ink particles.

4. Wavelengths
Each pigment color absorbs a specific wavelength – Picosecond laser NY403 offers 2 wavelengths in order to treat the broadest range of pigment/tattoo colors, on the widest range of skin types. Its four wavelengths – 1064nm, 532nm – target the most frequently used tattoo colors ranging from light orange to dark black.

The light guide arm of an Nd:YAG laser cosmetic device is a crucial component, used to transmit laser energy from the laser source to the treatment area. Its key features include the following:

1. Flexibility and Precision:

The light guide arm typically features a multi-jointed design (e.g., a 7-joint structure) that allows for 360-degree rotation without dead angles, allowing the operator to flexibly adjust the angle and position according to the treatment area, ensuring precise laser targeting.

2. Efficient Energy Transmission:

The light guide arm utilizes high-quality optical components to minimize laser energy loss during transmission, ensuring stable and efficient output energy. For example, some light guide arms offer minimal energy loss and high single-pulse energy (e.g., 3000mJ).

3. Adjustable Spot Size:

The light guide arm typically features an adjustable handle, allowing the operator to adjust the spot diameter (e.g., from 2mm to 10mm) as needed during treatment, adapting to different treatment needs, such as tattoo removal or skin rejuvenation.

4. High-Safety Design:

Light guide arms often incorporate safety systems, such as water flow and temperature alarms, to prevent overheating or misoperation, protecting both patients and equipment.

5. Compact and Easy to Operate:

Light guide arms are lightweight and ergonomically designed to reduce operator fatigue during extended use. Some devices also feature small light sheet optics, enabling flexible use even in confined spaces.

6. Uniform Energy Distribution:

High-quality light guide arms utilize flat-top beam technology to ensure uniform distribution of laser energy within the beam spot, avoiding unnecessary thermal damage to surrounding skin.

7. Durability and Stability:

Light guide arms are typically constructed of durable materials (such as aluminum or steel) and feature a robust structure that can withstand frequent use and demanding operating environments while maintaining long-term stability.