NGP-10 HF: X-ray film viewer for accurate and reliable analysis
The NGP-10 HF is a high-quality X-ray film viewer designed to facilitate the analysis of medical X-rays in various medical environments such as operating rooms, radiology offices, and imaging laboratories. This device, which operates using fluorescent lamps, is specially developed to provide optimal viewing performance without the flickering effect often encountered with other models.
One of the main advantages of the NGP-10 HF is its brightness of 6000 cd/m², which guarantees excellent image visibility, even in low-light conditions. This brightness level, maintained with an accuracy of +/- 25%, allows radiologists and physicians to perform detailed analysis of X-rays, contributing to faster and more reliable diagnoses. This model is equipped with lamps with a color temperature of approximately 6500°K, providing natural, comfortable light for the eyes during long hours of use.
Designed to withstand daily use in demanding medical environments, the NGP-10 HF is wall-mounted, saving space while ensuring easy access to X-ray films. The device is constructed of powder-coated steel for increased durability, and its screen is made of PMMA, a scratch- and impact-resistant material that ensures a long product life. The wall-mounted design and compact dimensions (380 x 92 x 510 mm) allow for seamless integration into tight spaces while providing maximum efficiency.
The device operates on a 230 V, 50 Hz power supply and consumes only 65 W, making it energy efficient. The NGP-10 HF is also equipped with a Class I electric shock protection system, ensuring optimal safety for users. Additionally, it meets environmental standards, including ambient temperature (+10°C to +40°C), relative humidity (30% to 70%), and atmospheric pressure (700 hPa to 1060 hPa), making it suitable for use in a variety of conditions.
The NGP-10 HF is the essential tool for radiologists and other healthcare professionals seeking a reliable and accurate viewing solution for their X-ray film analysis. Its robust construction, consistent performance, and functional design make it a top choice for any medical environment.