Used FAXITRON MRF200X #9203960 for sale

FAXITRON MRF200X is a x-ray imaging equipment that provides a cost-effective solution for light industrial and non-medical applications. The device works by utilizing an x-ray tube as its primary source of radiation and an imaging detector to capture the x-ray interaction. This enables the device to produce digital images in the form of high-resolution digital files for use in a variety of diagnostic and imaging workflows. MRF200X is designed with a large field of view and easy to use controls, which make it user-friendly for operators from a wide range of industries. Its ease of use also extends to its easy integration with existing systems, allowing it to be a valuable asset for a variety of applications. The system offers a range of features and benefits that make it a valuable tool in a variety of non-medical settings. It uses a patented autonomous 3-axis positioning unit that functions in a simplified manner to provide the operator with precise and controlled images in short timeframes. This helps to maintain accuracy and consistency of results. The machine also incorporates a high-resolution digital imaging detector which captures and processes the data into a digital form, making it quick and easy to store, share, and manipulate. Additionally, FAXITRON MRF200X comes with automated protocols for both imaging and measurement, making it simple to retrieve parameters for a given application. From a safety perspective, MRF200X provides tamper-proof safety features that can be used to ensure the safety of the operator during operations, and ensures compliance with safety regulations. Further, the unit integrates a safety cut-off switch that halts radiation once a predetermined limit is exceeded. Finally, FAXITRON MRF200X has a convenient design that facilitates easy transport, making it suitable for use in a wide variety of settings. With its generous field of view and easy-to-use controls, this model of x-ray imaging tool is an excellent choice for light industrial and non-medical applications.