The Best Technologies Brought to Light
Pulse Duration & Peak Power
PICO-K maintains a standard deviation of only around 2% of the 300 ps pulse duration, ensuring maximum peak power of 2.0 GW and a high-quality beam profile at any pulse repetition rate. This means that users can rely on the device to deliver precise and consistent laser treatment with minimal side effects.
Through years of research and development, backed by numerous patents that are advanced from the competition, PICO-K is a revolutionary picosecond laser that provides a truly unique and innovative solution that outstands the market.
Control System for Thermal Lens Effect in Medical Laser Device
The patented technology utilizes a mechanical switch and micro-controller to control the thermal lens effect, resulting in a stable output energy and consistent beam size. This ensures that the PICO-K laser maintains a uniform level of beam size during treatment.
Laser Oscillation by Single Chamber
The patented technology utilizes a single chamber, which sets it apart from previous q-switched lasers that typically use double chambers. By using a single chamber, PICO-K have achieved a more efficiency and significant manufacturing cost reduction.
Consistent Spot Size
When a laser heats up a lens, it can cause the lens to swell, which in turn shortens the laser's focal point and reduces the size of the laser spot on the skin surface. This can result in the delivery of more energy than the intended level, leading to clinical side effects and potentially damaging the internal components of the device over time.
However, with the patented technology, PICO-K effectively controls and minimizes the thermal lens effect, ensuring that the spot size of the PICO-K remains consistent and at the selected size.
High-Quality Top-Hat Beam Profile
Thanks to the optimized optical design, PICO-K delivers a high-quality top-hat beam profile even at its maximum pulse repetition rate for extended treatment time. The beam profile does not show any unwanted excessive peak energy at the center (center peak), ensuring safe and effective treatment.
High-Quality Top-Hat Beam Profile by PICO-K
PICO-K incorporates Power Factor Correction (PFC), which helps to maintain a stable output of energy.
As a result of the PFC feature, PICO-K is able to deliver consistent energy output during operation.
Flashlamp & Simmer Stabilization
The laser beam profile of PICO-K is consistently maintained at the same size at a high-quality level by controlling flashlamp discharge voltage by 1 Volt, regardless of the pulse repetition rate. This means that users can rely on the stability of the beam profile across all pulse repetition rates, ranging from 1 to 10 Hz.
PICO-K offers optimized treatment options with a wide range of handpieces. Depending on the location, color, or conditions of the skin lesions, users can select the most suitable handpiece to achieve the intended clinical results. This flexibility allows for customized treatment options and better outcomes for patients.
Zoom Handpiece (1064 & 532 nm)
Collimated Handpiece (1064 & 532 nm)
MLA Handpiece (1064 & 532 nm)
585 Handpiece (585 nm)
650 Handpiece (650 nm)
* 585 nm Handpiece and 650 Handpiece are optional.
Super Gauissian Mode
100 μm spot size
Max. 31.84 J/cm2 of Fluence
During transportation, optical components can be easily impacted or damaged by external shocks, which can result in displacement of optical alignment and affect the quality of the laser beam profile. To ensure the durability and performance of PICO-K, PICO-K is built with rail transportation material from Switzerland and pass through the repetitive air and sea transportation tests. These measures help to mitigate the risk of damage to the optical components during transportation and ensure that PICO-K delivers high-quality laser beams consistently.
Harmonization of Core Components
The core components have been standardized, ensuring harmonization across the board. This means that all of the essential components sophisticated designed with in-house technologies have been made uniform to guarantee consistency and compatibility throughout the system.
The PICO-K technology has four different wavelengths of light that are capable of targeting all colors of tattoo pigments, making it an effective method for removing tattoos
PICO-K's alignment is highly sustainable even when the laser delivery arm is rotated up to 270 degrees. Additionally, the alignment remains stable up to 90% even after flash lamp replacement. This means that the final alignment time during servicing is even reduced.
Intuitive User Interface
PICO-K features an intuitive touch screen user interface that is easy to understand and use, even for first-time users. Additionally, it includes a memory feature that users frequently use. This user-friendly interface and convenient memory function enable efficient and effective use of the device, resulting in better patient outcomes.
Power Saving Mode
PICO-K features a power-saving mode that is activated after 2 to 3 minutes of inactivity. This mode helps to preserve the life cycle of the flash lamps and ensure the stability of the entire system. By reducing energy consumption during periods of inactivity, PICO-K offers improved efficiency and longevity.
Nevus of Ota
JONG GU KIM, M.D.
Oracle Clinic, South Korea
”Surprised by the technology they had and satisfied with the stability of the equipment. It was a wonderful choice to have it in my clinic.”
JI HWAN LEE, M.D.
It’s Me Network Clinic, South Korea
"The highest output among picosecond lasers in Korea and stable performance. It is one of the most attractive equipments I have ever used."
KYOUNG HUN YOO, M.D.
Lumi Clinic, South Korea
“A good piece of equipment that can increase the utilization of pico laser. Its stable output can create protocols using both 532 and 1064nm.”
"As a dermatologist, I sometimes encounter cases where complete removal of pigment using a 755 nm picosecond laser is challenging. However, I have found that PICO-K is very effective in treating resistant pigmentary lesions. This innovative technology allows me to offer better outcomes for my patients and improve their overall satisfaction with the treatment."
Dermatologist, South Korea