Collection: Professional Laser Tattoo Removal Machine: PicoSecond & Nd:YAG Systems

Photoacoustic Shattering: Mechanism of Pigment Clearance

Clinical efficacy in a laser tattoo removal machine is dictated by pulse duration and peak power. The PicoKing™ series utilizes ultra-short picosecond pulses to induce photoacoustic pressure rather than traditional photothermal heating. This mechanical shockwave pulverizes ink particles into microscopic fragments, allowing for faster lymphatic clearance. By staying below the Thermal Relaxation Time (TRT) of the skin, the system minimizes collateral damage to the surrounding dermis.

Wavelength Precision and Beam Delivery Engineering

A professional workstation must address the full pigment spectrum through specific absorption peaks:

1064nm & 532nm: Targets black, dark blue, and red/warm-toned pigments.

755nm Honeycomb Array: Specifically for recalcitrant green and blue inks that bypass standard Nd:YAG wavelengths.

1320nm: Applied for carbon-assisted laser peeling (pore refinement and sebum control).

7-Joint Articulated Arm: Ensures a uniform beam profile and stable energy density (Fluence) from the laser cavity to the treatment site. This external optical path prevents the energy loss and beam distortion common in internal-fiber portable units.

Operational Reliability for High-Volume Clinics

Winkonlaser focuses on the technical uptime required by medical aesthetic practices. Every laser tattoo removal machine is built with high-quality laser rods and a reinforced cooling architecture to prevent pulse energy drop-off during back-to-back sessions. The ability to adjust spot sizes (2-10mm) and repetition rates allows for rapid treatment of large-scale tattoos, optimizing patient turnover and lowering the cost-per-session for the clinic owner.