Requirements for LED Planting shadowless lamp in dental surgery

1. Brightness Requirements

Doctors must be able to accurately distinguish contours, colors and movements.As a surgeon, therefore, the intensity of light that is close to the quality of sunlight is required.In addition, most of the light is absorbed rather than reflected in the operating environment, which means that the LED Planting shadowless lamp must provide greater brightness.

2. No heat production

Generally, lamps are illuminated with heat at the same time.If there is heat during operation, it will bring great harm to surgeons and patients.Therefore, during the operation we need LED Planting shadowless lamp to provide only light but no heat.

3. No Pathogen

One of the basic elements of a surgical operation is that the minimum number of pathogens must be maintained during the operation, so the shape of the LED Planting shadowless lamp should be designed to effectively control the number of pathogens in a suitable place (behind the surgeon).

4. Color temperature requirements

Color perception is determined by the color temperature of the light in which it is placed, e.g. 5,600 Kelvin for sunlight;At 5600 Kelvin color temperature the light that human research feels is white.Experts therefore recommend that the temperature of light and color be at least 4000 Kelvin in the operating room;Therefore, LED Planting shadowless lamp needs to produce light similar to sunlight, but for human eyes, the color of sunlight is clear, making diagnosis more accurate and does not cause eye fatigue due to long working hours.

5. No shadows

The LED Planting shadowless lamp is designed to meet the shadowless lighting requirements with a multi-reflector.This reflection is designed by a computer and is stamped once by an industrial press with a reflectivity of up to 95%.His shape is special: it consists of many reflections that illuminate the entire operation area.As a result, numerous shadows and light overlap to form an absolutely homologous beam.Surgery is performed in this beam, which is formed 80 cm below the lamp disc and extends to the operative area.