Illuminate Brilliance, Preserve Vision
L9 features advanced DC dimming technology, controlling illuminance without the high-frequency flash of light. This prevents eye damage and reduces fatigue in patients, at the same time, ensuring a smooth surgical recording without flicker.
DC dimming technology
PWM dimming technology
The eye protection light in L9 minimizes contrast between the surgical site and surroundings, creating a more relaxed visually optimized experience. This advanced surgical illumination effectively reducing eye strain.
L9 offers up to six endoscopic light colors, allowing surgeons to choose a comfortable lighting tone during laparoscopic surgery, reducing eye fatigue. Various colors can be employed for distinguishing specific tissues in pre-operative or post-operative examinations, while the gentle lighting helps alleviate patient anxiety.
L9 ensures a shadow-free surgical environment with its intelligent shadow management system. When a surgeon obstructs part of the light panel, the system compensates by enhancing illumination in the remaining area, preserving an uninterrupted and shadowless field for surgical procedures. The blocked section of the light panel receives reduced illumination, effectively minimizing heat generation around the surgeon's head.
For lengthy and narrow incisions, like those in cardiac surgeries with metal retractors, traditional circular light beams have limitations. Enlarged beams risk reflecting of metal, disrupting precision, while smaller spots may not illuminate the entire incision. Enter Comen surgical lights with an elliptical light pattern, addressing these challenges effectively.
The L9 series boasts 3 automatic modes, offering unparalleled convenience. As the surgical light's position is adjusted vertically, it intuitively detect the distance of the incision, ensuring unwavering focus on the surgical site and maintaining consistent illumination within the optimal range of 75cm to 125cm from the patient's wound. This innovative feature eliminates the hassle of repetitive adjustments to spot size and illumination, streamlining the surgical process for enhanced efficiency.
