Used GE PHOENIX Nanomex 180 #293813491 for sale

GE PHOENIX Nanomex 180 is an advanced x-ray equipment designed to meet the needs of a wide range of users, such as radiographers, industrial radiographers, medical radiographers, veterinary practitioners, dentists, and non-destructive testing engineers. It features an integrated X-ray head combined with an ultra high precision Monoblock positioned in the X-ray optical column. The Monoblock is capable of rotating the X-ray head to various angles, allowing for the accurate and reliable positioning of X-ray components in the optical column. The X-ray tube is constructed from aluminum, which ensures a high degree of rigidity and thermal stability. It features a vacuum envelope with an ideal temperature range and pressure adjustment for optimum performance of the X-ray tube. The X-ray tube features a graphite anode, which delivers a reliable and consistent level of exposure for various applications. The anode is also capable of operating at high power levels, delivering a range of exposures beyond the capabilities of a standard X-ray system. Nanomex 180 is equipped with a digital image processor, which is capable of displaying X-ray images in a range of resolutions to optimize image capture and ensure clarity. The monitor that the processor is connected to can be adjusted to the desired contrast and brightness levels for optimal viewing of X-ray images. The unit also features a variably adjustable target-film distance, allowing for the adjustment of exposure levels to fit the needs of different users. The machine offers a full range of protective features, including lead shields, collimators, and adjustable safety limiters. These features allow users to ensure that they are exposed to only a safe level of radiation when using GE PHOENIX Nanomex 180. The tool also features a range of operational indicators, such as timers, alarms, and error messages, for effortless monitoring and control of the asset's performance. Nanomex 180 is capable of performing a fuller range of x-ray operations than many other systems. Its powerful features and capabilities make it an excellent choice for many different types of applications, and the model's increased rigidity and thermal stability ensure that it is always taking accurate, reliable images.