Description 
Adaptive LightingDuring the surgery, the medical staff will change the height of the surgical light according to the doctor's position change, which means the surgical light doesn’t keep 1 meter from the wound and cause the illuminance change. L5 adopts adaptive lighting technology, the surgical light will automatically adapt to the distance of the wound and always a eternal illuminance.
Smart IntensityTurning on/off a part of the LED bulbs is the way to adjust the spot size, while a small spot is set, the light intensity will be decreased. In terms of deep-cavity surgeries such as heart surgery, they require a small spot and high illuminance, these demands cannot be satisfied at the same time. L5 adopts a smart intensity technology, while turning off a part of the LED bulbs, it will maintain the original illuminance.
Stable IlluminationAlmost of the traditional surgical lights adopts PWM dimming technology, it adjusts the illuminance by turning the bulbs on/off at a high frequency, which will cause a certain damage to the surgeon’s eyes, on another hand, there will be waves during the surgical recording. L5 adopts the advanced DC dimming technology, which the illuminance is controlled by voltage changes without the high frequency flash of the light, prevent the surgeons from the damage and will no cause waves during surgical recording.
Specialized Product Specific UsageAs a new generation surgical light, L5 is able to provide a specialized surgical lighting solution for different surgery such as heart, orthopedics, endoscopy, spine, obstetrics and gynecology operations. Doctors are allowed to customize the setup such as illuminance, spot and other parameters according to the characteristics of the operation and the setup can be saved.
Efficient and convenientDifferent surgeries require specific illuminance, for example high-intensity lighting for heart and burn surgery, general lighting for superficial surgery, and low-intensity lighting for endoscopic surgery. L5 can provide bright, normal and endoscopic modes to satisfy several illumination requirements.