Discover the Powerful marLED V10/V16 Surgical Lights by KLS Martin
The KLS Martin marLED V10/16 stands out in a sea of LED operating lights. Unlike any other, the marLED V10/V16 utilizes the latest-generation LED chips, ensuring unparalleled luminous efficacy with more than double the light output. This high-performance lighting sets the marLED V10/V16 apart as the best in their class.
But it's not just about exceptional performance with the marLED V10/V16. These lights also feature compelling ergonomics and a smart visual appearance, enhancing efficiency in use. With minimal heat build-up and maximum luminous efficacy, color shadows are eliminated, providing optimal viewing comfort even during the most demanding surgical procedures.
Each surgical operation is unique, and so is the lighting required for it. With VariLUX technology, the marLED V10/V16 offers unprecedented light field adaptation, allowing surgeons to customize the lighting to their exact specifications, whether oval or circular, providing precisely the illumination needed for each situation.
The marLED V10/V16 illuminates the surgical field with a color temperature specifically designed to help distinguish different tissue types more easily. This adaptive color temperature, or ACT, is a crucial aid in ensuring that surgeons can discern details accurately and make informed decisions during procedures.
Moreover, the marLED V10/V16 lights are lightweight, making them quick, easy, and ergonomic to position. With SensoGrip technology, surgeons can effortlessly adjust the main light and satellite into the desired positions in no time. Alternatively, SensoTouch offers intuitive touchscreen control directly attached to the gimbal, ensuring ease of operation for all users.
For added convenience and practicality, the marTouch remote control provides surgeons with all the necessary information at their fingertips. With this remote control, users can seamlessly control the operating lights or the surgiCam camera system from anywhere in the operating room. When not in use, the remote control can be easily returned to the docking station or wall mount for safekeeping.
The marLED V10/V16 will impress you in every aspect, not only due to their fantastic luminous efficacy but also because they are dimmable. With these operating lights, backlighting during endoscopic surgery is not a problem but rather a solution, providing optimal visibility in various surgical scenarios.
Furthermore, the marLED V16 and marLED V10 are perfectly matched in shape, offering greater freedom of movement when positioning the two lights and when integrating them with other equipment, such as the surgiCam camera system. This coordinated design ensures seamless compatibility and ease of use during surgical procedures.
Additionally, these lights excel when installed under air supply ceilings with laminar flow. The marLED V10/V16 feature smooth surfaces and small face areas, making them ideal for integration into laminar flow systems. This ensures optimal air quality and reduces the risk of contamination during surgical procedures, enhancing patient safety and surgical outcomes.
The marLED V16 offers an impressive level of illumination, reaching up to 160,000 lux, providing exceptional visibility during surgical procedures. With a light field diameter ranging from 22 to 32 centimeters, this device ensures wide coverage of the surgical area, enabling surgeons to work with precision and safety. Additionally, the adjustable color temperature, ranging from 3800 to 4800 Kelvin, provides customizable lighting that can be adapted to individual preferences and specific procedural needs.
On the other hand, the marLED V10 also delivers impressive performance, with a maximum illumination of up to 110,000 lux. With a light field diameter of 20 to 30 centimeters, this device provides effective coverage of the surgical area, ensuring optimal visibility for surgeons. Similar to the marLED V16, the marLED V10 also offers an adjustable color temperature of 3800 to 4800 Kelvin, allowing for customizable lighting to meet the specific requirements of each surgical procedure.