Used NICOLET NXR 1410HR #9199403 for sale

NICOLET NXR 1410HR is an X-ray equipment that offers reliable performance for a variety of applications. This system offers the highest resolution and highest contrast images available, making it ideal for medical and industrial analyses. Its highest resolution is up to 18.5 micrometers, making it capable of producing detailed images even at low doses of radiation. The unit is equipped with a multi-capable tube head which enables up to three different functions at once, including radiography, tomography, and fluorescence imaging. X-ray tomography provides 3D images of an object and can be used to determine layer thickness and locate defects in the component being examined. It also has an adjustable geometry for any desired application. It has a tube current range of 0.5 to 600 mA, and an adjustable voltage range of 15kV to 170 kV. To ensure accuracy and repeatability, NICOLET NXR-1410HR uses intuitive automatic collimator and lens technology. Equipped with the latest computer imaging systems, this X-ray machine offers quick and accurate results for a variety of applications. It also has an advanced multi-led display that ensures optimum operation, and a vision chamber that provides a complete overview of the tube and imaging conditions. NXR 1410HR is designed with user safety as top priority. It comes with an auto-shutdown tool that kicks in when the radiation level exceeds an acceptable level. It also has a radiographic safety door to help shield occupants in the event of a breach. Its electronics are all hand-mounted on the inside of the apparatus, and an insulated base, to help protect users from possible electric shock. Overall, NXR-1410HR offers reliable performance for a variety of X-ray applications. Its advanced automatic collimator and lens technology make it extremely accurate and repeatable, and its state-of-the-art design ensures safety and optimal operation. The asset has a tube current range of 0.5 to 600 mA, adjustable range of 15kV to 170 kV, and its highest resolution is up to 18.5 micrometers. It is capable of producing detailed images even at low doses of radiation and is ideal for medical and industrial analyses.