Used FISCHER Fischerscope 1600 #9095452 for sale

FISCHER Fischerscope 1600 is a high-tech X-ray inspection equipment designed to meet today's demanding quality control requirements. By offering non-destructive testing of materials with up to 4-dimensional X-ray scans, Fischerscope 1600 fulfills the needs of a wide array of applications. Designed by FISCHER, FISCHER Fischerscope 1600 is a compact system providing easy access to its components for fast, precise measurements. Its optimized design ensures accurate and reliable results 365 days a year. Fischerscope 1600 features a virtual settings panel for easy user guidance and control of parameters like magnification, brightness, contrast, gamma, and image quality. FISCHER Fischerscope 1600 offers excellent X-ray imaging with a small detector size resolving up to 80 micron features. It employs a high power X-ray source producing imagery at a resolution of 10 micron. Coupled with a high-speed CCD camera, this yields an achromatic image with superior quality and clarity. Additionally, the rugged, reinforced design offers enhanced protection against accidental damage, ensuring accurate and reliable results. In addition to its excellent imaging capabilities, Fischerscope 1600 also features a variety of advanced features and capabilities. It offers Focal Spot Recognition, a real-time autofocus tool that examines tiny particles at high magnifications to measure material properties such as texture and density. It is also capable of Dynamic Focus, a single-axis multi-focus adjustment to recognize variability in sample geometries. For radiation safety, the unit also features an optional Safety Guarding Machine with a 30° vertical detection angle to give visual and audible warnings when a person is in the X-ray beam. FISCHER Fischerscope 1600 is an ideal choice for any application requiring sophisticated X-ray inspection. With its robust design, high power X-ray source, easy access components, and advanced features, Fischerscope 1600 provides fast, reliable results every time.