Understanding Picosecond Laser Technology:
Picosecond laser technology has revolutionized the field of tattoo removal. Unlike traditional lasers that emit longer pulses, picosecond lasers deliver ultra-short pulses in the picosecond range (one trillionth of a second). This rapid and precise delivery of laser energy allows for greater effectiveness in breaking down tattoo ink particles.

The EL900: Unleashing the Power of Picosecond Laser Technology:
One notable model that harnesses the power of picosecond laser technology is the EL900, also known as “大皮秒.” This advanced picolaser machine offers exceptional capabilities for tattoo removal, nevus removal, and the treatment of various pigmentation issues.

Let’s explore the key features of the EL900 that contribute to its effectiveness in tattoo removal:

Articulated Arm for Enhanced Precision:
The EL900 is equipped with an articulated arm, also known as a beam delivery arm, which plays a crucial role in the performance of the picolaser machine. The EL900 utilizes original components imported directly from South Korea, ensuring superior quality and functionality. The Korean articulated arm not only enhances the machine’s exterior quality but also improves internal lenses, resulting in better transmittance and more concentrated laser beam spots. As a result, the EL900 offers 20% higher energy output compared to most picolaser machines on the market.
Laser Rod Options for Optimal Energy Output:
The EL900’s laser rod is another key component that influences its tattoo removal capabilities. Laser rods for picosecond machines come in various parameters, including diameters of 6mm, 7mm, and 8mm. The larger the diameter, the stronger the energy output. Additionally, there are pink and yellow rods available. While pink rods are more expensive, they offer better performance and higher parameters. The EL900’s utilization of pink rods ensures optimal energy output, facilitating more effective tattoo removal.
The Effects of Picosecond Laser Technology on Tattoo Removal:
Now that we have explored the EL900’s features, let’s delve into the effects of picosecond laser technology on tattoo removal. When the ultra-short pulses of laser energy are directed at the tattooed area, they penetrate the skin and target the tattoo ink particles. The intense energy causes the ink particles to shatter into smaller fragments. Over time, the body’s natural immune response eliminates these fragmented ink particles, gradually fading the tattoo.

The Benefits of Picosecond Laser Technology for Tattoo Removal:

Greater Efficiency: Picosecond lasers offer faster and more efficient tattoo removal compared to traditional lasers. The EL900’s higher energy output, thanks to its superior components and laser rod options, allows for quicker treatment of larger tattooed areas, reducing the overall treatment time.
Enhanced Safety: Safety is a paramount concern in any aesthetic procedure. Picosecond lasers, including the EL900, are designed with safety in mind. Their shorter pulse duration minimizes the risk of thermal damage to the surrounding skin, making them suitable for a wide range of skin tones and reducing the chance of adverse side effects.
Versatility: While the primary focus of picosecond lasers is tattoo removal, they can also effectively target and treat other pigmentation issues, such as nevi and various types of hyperpigmentation. The EL900’s versatility allows practitioners to address multiple concerns with a single device, providing comprehensive treatment options for their patients.