LED-NGP-31 X-Ray Film Viewer by Ultraviol: Advanced Technology for Precise Analysis
The LED-NGP-31 by Ultraviol is a modern X-ray film viewer that incorporates state-of-the-art LED technology, providing exceptional performance for analyzing medical images. This device is specifically designed to meet the needs of doctors and radiologists when interpreting X-ray images, which are a fundamental tool in diagnosing human diseases.
Thanks to its high-quality PMMA screen, the viewer delivers intense brightness ranging from 600 to 6000 cd/m², with a light uniformity of at least 95%. These features ensure clear and precise viewing, which is critical for examining X-rays, without any flicker. The brightness adjustment is stepless, allowing for perfect customization to the specific needs of each user.
The LED technology used in the LED-NGP-31 has numerous benefits: a long lifespan, estimated at 50,000 hours of operation (around 25 years), and low energy consumption (180W), making it a cost-effective solution while contributing to environmental preservation. Additionally, this model produces absolutely no light flickering, ensuring a comfortable and fatigue-free viewing experience.
The device also features an automatic clip to securely hold the X-ray films in place, making them easy to handle during analysis. It can be mounted on a tabletop stand or wall-mounted, making it versatile and suitable for any medical environment.
The LED-NGP-31 complies with medical safety standards, offering Class I protection against electric shocks and an IP20 ingress protection rating, ensuring maximum safety during use in demanding environments such as operating rooms, medical offices, and radiology laboratories.
The device operates with a voltage range of 90-260V and a frequency of 50-60 Hz, allowing it to adapt to various electrical networks worldwide.
The LED-NGP-31 is an essential tool for healthcare professionals, offering exceptional light quality, impressive longevity, and optimal energy efficiency. Its robust design and ease of use make it the ideal choice for modern medical environments.
