Matrix LED Light Source with Fiber Optic Cable - Lumivie Micro

The Matrix LED Light Source with Fiber Optic Cable - Lumivie Micro is an advanced illumination solution designed for diverse surgical applications. This system provides a very bright, cold light source with efficient output, making it suitable for procedures requiring precise and high-quality illumination. It is engineered to integrate with fiber optic cables, delivering focused light for various clinical needs.

Leveraging high-efficiency LED technology, the Lumivie Micro ensures a bright, high-quality white light with a high color rendition of over 70, which is crucial for distinguishing subtle nuances during medical assessments. The lamp delivers a high lumen output of 1700 lm, ensuring optimal brightness for detailed medical examinations and procedures.

Engineered for longevity, the Lumivie Micro LED Light Source boasts an average operational life of 60,000 hours, minimizing the need for frequent replacements. To maintain consistent illumination and optimize LED performance, it features forced air heat dissipation. An integrated LCD display provides real-time intensity levels from 0 to 100%, allowing healthcare professionals to precisely control output via an intensity adjustable keypad.

Key Features : 

Efficient illumination with high-efficiency LED technology provides bright, high-quality white light.
High color rendition of over 70 ensures accurate color representation for detailed medical assessments.
Delivers a high lumen output of 1700 lm for optimal brightness during medical procedures.
Features a long operational life with an average of 60,000 hours.
Incorporates forced air heat dissipation to ensure optimum LED temperature and consistent performance.
User-friendly LCD display provides real-time intensity levels ranging from 0 to 100%.
Equipped with an intensity adjustable keypad for seamless control over lighting conditions.
Manufactured by an ISO 13485:2016 certified company, ensuring adherence to quality management systems for medical devices.