Ultra-Thin Laminar Flow LED Surgical Light With Cold Light Source, 160,000 Lux Illumination & LCD Control System

Product Features:
1. Modern Laminar Flow Lamp Head: Utilizing a new petal-shaped ultra-thin design, the thickest point is no more than 10cm, achieving excellent laminar flow. The lamp cover is made of new high-quality ABS material, corrosion-resistant and acid/alkali-resistant, effectively increasing product lifespan.
2. New Cold Light Source Extends Lifespan: Employing a new imported LED cold light source, it is energy-saving and environmentally friendly, with an ultra-long lifespan of over 60,000 hours. Doctor's head temperature rise is <1℃.
3. Perfect Cold Light Efficacy: The new imported LED cold light source does not produce infrared or ultraviolet radiation, eliminating the temperature rise and tissue damage caused by halogen-free shadowless lamps, accelerating postoperative wound healing, and causing no radiation pollution. The LED color temperature is constant, with no color decay, soft and non-glaring, very close to natural sunlight. 4. Ingeniously Designed Focusing System: Features manual focusing technology, offering simple and convenient operation. It overcomes the technical challenges of focusing LED surgical shadowless lamps, achieving stepless focusing. The detachable handle allows for high-temperature sterilization (≤160℃).
5. Excellent Depth Illumination: Utilizes a computer-aided modular design, with multiple LED light beams focusing to produce depth illumination exceeding 1200 mm. The center illuminance reaches over 160,000 lnx, and it provides an adjustable color temperature of 3700K-5000K, closely resembling natural sunlight, accurately reflecting the color of human tissue and fully meeting the lighting needs of various surgeries. 6. Superior Shadowless Effect: The lamp head adopts the most scientific curvature and a multi-point light source design, resulting in more uniform illumination. Even when the surgical light is partially obstructed, a perfect shadowless effect is still achieved. The lamp panel rotation radius is ≥182cm, and the lamp head can be lowered close to the ground for convenient illumination at various angles.
7. Advanced Control System: Utilizing an LCD display and button control, it allows for adjustment of power on/off, illuminance, and color temperature, meeting the brightness requirements of medical staff for different patients during surgery. A digital memory function automatically memorizes the appropriate illumination level, eliminating the need for adjustments upon restarting. Multiple groups of the same power and multiple channels are centrally controlled, ensuring that the failure of a single LED in a single channel does not affect the surgical lighting requirements.
8. Omnidirectional Suspension System: The rotating arm is made of a new alloy material in an octagonal shape. The balancing system uses domestically produced spring components, resulting in a lightweight, easy-to-operate, and precise positioning structure. It provides the maximum adjustment range and features a fatigue correction device and a positioning feel adjustment device, facilitating positioning adjustments after prolonged use.