YLC-500: Efficient Yellow Wavelength Laser Photocoagulator Featuring Customization Choices and LPM Mode
Efficiency and Stability: The yellow wavelength of the YLC-500 laser is advantageous, as it is minimally absorbed by the xanthophyll macular pigment. This characteristic allows for a more targeted treatment in the extra-macular region compared to the green wavelength. Despite this, it retains the capability for photocoagulation in new blood vessels and the destruction of ischemic zones in the retina. The use of this color facilitates surgery in cases of cataracts or opaque media due to its reduced diffusion (enhanced penetration) and lower patient discomfort.
Robust Design and Ease of Use: Equipped with a dedicated control panel and an independent interface designed for laser usage, the YLC-500 is a sturdy product tailored for quick and straightforward operation.
In Monospot mode, users can directly configure laser impact parameters from the control panel to optimize treatment variables such as power, exposure time, and impact frequency. Parameter adjustments can also be made using the 3D mouse, featuring 10 customizable buttons based on user preferences. The AutoForward mode facilitates the delivery of a series of identical patterns, covering a larger area with automatic laser beam repositioning after each pattern.
Tailor-Made Product: The YLC-500 prioritizes user-friendliness and customization, offering options to optimize treatment time and enhance usability. This includes the ability to save treatment parameters, point grids, and magnification settings for examination magnifying glasses. As a result, the laser can be tailored to accommodate the preferences and profiles of individual users.
Post-Operation Report and LPM Option: Upon completion of the surgery, a comprehensive report is displayed summarizing the global parameters of the treatment. This report can be saved on a key card, left unsaved, or transferred to a computer via LAN connection. The Low Power Mode (LPM) is an available option for specific models with yellow wavelength. The LPM enables a less aggressive, low-energy, and high-density treatment, minimizing the risk of significant heating of retinal tissues, particularly beneficial for cases of macular edema. It introduces a laser impact matrix designed for this specific application.