HYZ760LED SERIES LEADING-EDGE LIGHTING TECHNOLOGY

HYZ760LED series shadowless LED light has 3 groups source composed. One group consisting of 16 groups of light sources, each light source includes six LED (light emitting diode) light source. One of groups consisting of 5 sets of light sources, each light source comprises 7 LED (light emitting diode) light source. Another group of light sources comprises 2 LED (light emitting diode) light source (endoscope mode). Each individual LED light source can emit light and reflected by the respective reflecting surfaces, and then the focus position of the light field in different convergent optical lens is formed through the surgical area, the combination of the optical domain to achieve a superior surface and deep and uniform lighting effect to meet a variety of surgical needs.

UNMATCHED SHADOW MANAGEMENT OPTIMIZES CONCENTRATION AND SURGICAL TEAM EFFICIENCY

The HYZ760LED series's overlapping fields of light and multiple Patterns-selectable based on the surgical situation-minimize shadows and redirect the full selected intensity to the surgical site.

The result is up to 20% more light in deep cavity situations.

LONG LIFE LIGHTING

LED light source life of up to 50,000 hours or more，with an average life of an ordinary light shadowless lamp halogen 50 times, and each LED can be individually replaced，to ensure maximum use of economy.

OPTIMIZED AIR FLOW DESIGN FOR BETTER HYGIENE

With its open design and superior ventilated ceiling tolerance,HYZ760LED ensures that perfect operating conditions are created and hygienic requirements are fulfilled. The airflow surface under the ventilated ceiling is minimized and the reduced heat generation ensures a low turbulence displacement stream under the light head.

PERFECT COLD LIGHT EFFECT

LED light source does not produce infrared, the temperature rise above surgeon's head is less than 20℃, meanwhile very low temperature rise above the operation field avoids the patients' fluid loss. Thus solve the problem of us satisfactory wound healing because of higher temperature rise produced by ordinary operating lamp