What is Pico Laser Technology?Experience the future of skincare with Pico laser technology, a revolutionary non-surgical treatment designed to combat common skin imperfections like sunspots and acne scars. Unleashing the power of Pico technology, we present one of the most advanced laser treatments on the market. Achieve noticeable and permanent results in fewer sessions than ever before. The procedure is not only safe and minimally invasive but also versatile, catering to both facial and body skin concerns. Elevate your skincare routine with the cutting-edge efficiency of Pico laser technology.
Pico laser technology offers a revolutionary approach to treating pigmented lesions and tattoos, delivering quick, effective, and highly selective treatment for individuals seeking to address these concerns. This advanced laser technology is capable of targeting and treating pigmented lesions and tattoos in treatable colors with remarkable precision, offering a solution for those looking to enhance the appearance of their skin.
One of the key benefits of Pico laser technology is its ability to stimulate elastin production in the skin, leading to a softer, fuller, and more youthful complexion. The ultra-short pulses of energy emitted by the Pico laser are delivered without generating excessive heat, resulting in a gentle yet intense impact on the targeted areas of concern. This process effectively shatters problem skin pigment or particles, which are then naturally eliminated by the body.
The Pico laser's exceptional precision enables practitioners to achieve optimal photomechanical effects without causing damage to the outer layer of the skin. Patients undergoing Pico laser treatments typically experience minimal to no discomfort throughout the process, as the laser's concentrated energy pulses are designed to be gentle on the skin.
In conclusion, Pico laser technology represents a significant advancement in the treatment of pigmented lesions and tattoos, offering a safe, effective, and comfortable solution for individuals seeking to improve the appearance and health of their skin.
Key Features:
A Wide Range of Applications:
Laser tattoo removal, pigmentation removal, freckle removal, mole removal.
Light Guide Arm Imported from South Korea:
Higher cost, better lighting, transmission efficiency up to 90%, perfect performance, lower attenuation.
Heavy Hammer Light Guide Arm:
The center of gravity will not shift, ensuring no polarization, and more accurate light output.
The Axis of the Light Guide Wall:
Flexible, which is convenient for operation at various angles
The Inside Laser Emitter: (High Configuration)
φ8 inductance rod, which has higher energy, and the energy is not easy to attenuate, and the real energy can reach 800mj. (Medium Configuration) Double lamps and double rods, φ6 and φ7 resistance rods, which have superior performance and durability.
Q Switch:
Better pulse width compression effect, no energy leakage. (Cheap Q switch will leak light, thus causing the skin to bleed)
ND: YAG Laser:
1064nm/532nm Q-switched Nd YAG laser, 2 wavelengths delivers laser power in a very short period as 2 pulses.
Power and PTP Mode:
1000W power supply with PTP mode, 2 pulses are produced in a very short interval, such as 800mj can become 1600mj effect, which is the same as Korean high-quality picosecond, and the clinical effect is better.
Long-Pluse Pulse Mode:
(Pulse width 300㎲ @ 1064nm) A combination of toning and lifting which enables pigmented cells to absorb the laser selectively. It stimulates collagen by the destruction of pigmented cells, and it is useful to general skin for regenerating after peeling, improving loose skin, and minimizing large pores.
Water Cooling System:
High-pressure pump plus filter to ensure machine performance better.
Fans:
4 bigger cooling fans, stainless steel material, better cooling effect. (Cheap machines only use 2 very small fans)
Every energy spot in a DOE fractional beam is of uniform fluence and ablation/penetration depth, creating an even distribution of energy to the skin and enabling efficacious treatment of the entire fractional beam area with the added safety of efficient heat dissipation. Whereas MLA fractional beams exhibit significant fluence and ablation/penetration depth variability across the array in a gaussian pattern creating an undesirable hot spot in the center of the fractional beam with energy dropping off significantly towards the edges.
