LightLink CXL System

LightLink CXL System HIGH PERFORMANCE, POWERFUL UV DIODE TECHNOLOGYLIGHTLink-CXL features the highest performing and most powerful UV-A diode system in the market, assuring superb energy stabilit

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LightLink CXL System 


LIGHTLink-CXL features the highest performing and most powerful UV-A diode system in the market, assuring superb energy stability and long-term performance.
The Japanese designed and manufactured diode is capable of producing almost 2W of output power. The LIGHTLink-CXL, however, is factory limited to produce a maximum output of 30mW, assuring safety and outstanding product life span even when system is used at high capacity.
Should future treatment protocols require higher irradiance power, LightMed can override the system output power to desired levels.


LIGHTLink-CXL offers a unique video and photo recording function, facilitating research purposes and patient reports.  The files are stored on the system’s internal hard drive, and can be easily exported from the device onto a USB or flash disk.
A live video feed is displayed on the interface screen, facilitating easy alignment of the treatment beam on the eye and assisting in-op patient monitoring for enhanced safety and supervision convenience



The LIGHTLink-CXL allows for precise, simple adjustments of the of the treatment beam on the target.
System uses a fine-focusing dual aiming beam system, where both beams converge together at the focal target area, creating a sharp and easily readable spot. The intelligent design caters for the natural anterior chamber depth distance of the eye, ensuring that the adequate irradiation is delivered to the fine structures of the inner cornea.


The LIGHTLink-CXL built in treatment protocols are guarded through precisely controlled software with automated commands. This feature alerts the physician of important treatment steps during patient preparation and treatment.
The carefully structured steps are safeguarded from accidental operator error of over irradiation, infrequent application, and riboflavin solution, assuring unmatched safety and enhanced treatment efficacy.
The automated steps can be titrated to meet individual case requirements or adapt to evolving cross-linking prot0?+0?+????+P?+@P?+ont-family: Arial; font-size: 16px; line-height: 24px; white-space: normal;">


The innovative LED is built in o an optical cluster, assuring optimum treatment beam collimation and homogeneousity.

It is the safest and most uniform treatment beam profile on the cornea, eliminating hot spot concerns and maximizing the clinical effectiveness by precise activation of riboflavin.
Because of the biological Anterior Chamber Depth (ACD) between the cornea and the iris, the LIGHTLink-CXL aiming beam system has been intentionally defocused. This means that during the setup and procedure, the aiming beam reflects off the iris while the UV-A safely reflects of the cornea, providing more protection than any other system.


Automated and customizable treatment modalities make LIGHTLink-CXL a  practical, safe, and versatile cross-linking device for use in any demanding clinic.  Versatile treatment modes and high function customizability make the CXL the system of choice for research application.
Recent studies demonstrate that high interval on-off irradiation dosage induces relaxation and oxygenation of the cornea, resulting in the possibility of more functionality of the treated eye.
Unlike other contemporary systems, which need to be manually controlled for on-off treatments, the LIGHTLink-CXL features automated, highly adjustable intervals, creating a pulsed cross-linking effect. In early stages of research
this function may prove vital, especially in accelerated (high dosage) cross-linking, enhancing treatment safety and long term efficacy.


The LIGHTLink-CXL features the highest number of built in protocols, assuring treatment efficacy, speed, and physician convenience.  The intelligent software provides semi-automated guidance during the procedure process with intuitive menus, alerts, and commands, minimizing potential operator error.
There are 4 pre-programmed protocols for traditional and accelerated cross linking, as well as a fully customizable mode that allows the physician to set desired parameters for upcoming protocols or research purposes.   The system is developed within the clinically preset standards, enabling a maximum accumulative irradiance of 5.4 j/cm². While in customization mode, the physician has the ability to override this function, assuring additional safe guards and parameters.   Preset protocols include:

~ Standard:  30min protocol
~ Intermediate: 10 min protocol
~ Accelerated: 5 minute protocol
~ Rapid: 3 minute protocol

~ Custom: fully adjustable power and time settings


The LIGHTLink-CXL was designed with latest generation technology to ensure efficacy and unmatched safety in corneal collagen cross-linking procedures and enhanced functions. Key safety features:
Internal microprocessor, controlling all system functions.
Aiming beam with adjustment of intensity for accurate focusing and positioning.
Advanced focusing system for safe and precise system setup.
~ Internal target for patient fixation.
~ Audible systems for over-irradiance and riboflavin application.
~ Built in protocols and treatment parameters.
~ Continuously Variable spot size
~ Integrated Video Camera for easier patient monitoring.
~ Key activated system with Safety Interlock and Emergency Shut-off Switch


LIGHTLink-CXL features a unique integrated power feedback loop system designed to precisely measure and maintain the strength of irradiation throughout the entire procedure.
This means the output power is continuously monitored and corrected, reducing power drift and fluctuation to less than 5%, assuring high safety and efficacy of the procedure. Unlike contemporary systems, the LIGHTLas CXL has no need for periodic power calibration. There is no need for calibration before each procedure with an external power meter, which usually results in an output power error of over 25%.

~ Case I – Power variation with temperature: electronic components and UV light sources are subject to variations with temperature. The intelligent LIGHTLink-CXL microprocessor-based feedback loop system ensures constant light emission even with wide-range variations in temperature. Open-loop (non-feedback) systems are unable to deliver constant light emission, which is especially important in 30-minute, non-stop treatment sessions.
~ Plot II – Power variation with aging UV Source: All light-emitting semiconductor components, including UV LEDs, become less efficient over time. LIGHTLink-CXL microprocessor-based feedback system offsets normal aging, ensuring the UV light delivers constant light emission during its entire life cycle. This is essential when the light power delivered is critical to treatment success.
~ Plot III – Power variation in closed and open-loop systems: With the LIGHTLink-CXL closed-loop (feedback) electronic systems, the delivered output power is continuously and accurately controlled at the desired value set by the operator. With open-loop (non feedback) electronic systems, the delivered output varies with changing ambience, power supply fluctuations, temperature and component aging conditions.


The LIGHTLink-CXL has an unparalleled system interface that includes a large touch screen display and integrated protocols. A user-friendly interactive menu with treatment optimization functionality is also included. The operational interface functions include:
~ Live video screen
~ Video & Photo Capture
~ Interactive help menu & protocols
~ Video/photo capture
~ Treatment energy monitor (automatic parameter)
~ Treatment activation button
~ Aiming beam intensity & audible warnings selction
~ Treatment intensity (power) selction
~ Treatment spot size selction
~ Treatment timer settings


LIGHTLink-CXL is supplied as plug and treat turnkey integrated onto a  maneuverable, height adjustable stand with extendable pantographic arms, assuring easy access and use in all clinic conditions.
A back-up battery is integrated in o each system, assuring peace of mind and an uninterrupted procedure up to 45 minutes, making unexpected electrical failures or difficult operating conditions non-invasive to physician operation.
Optical head, grips, and stand handles enhance the system mobility. A tray is also integrated in o the system, facilitating user working space.