Used FEINFOCUS Fox-160.25 #9095532 for sale

FEINFOCUS Fox-160.25 is a x-ray equipment designed to offer superior imaging capabilities for medical applications. It is a modern, digitally enhanced system that provides high resolution and contrast capabilities that allow for superior imaging of bone structures, soft tissues, and other internal body structures. The DESM (Direct Exposure Software Module) is responsible for the x-ray unit's operation and angular adherence accuracy. It features an intuitive user interface for easy operation, allowing the user to set the x-ray parameters according to their imaging requirements. The DESM also allows for particle counter selection to measure the number of x-ray particles for dose estimates. This feature ensures safe and accurate patient radiation dose. FEINFOCUS Fox-160.25 also utilizes a high-definition CCD detector panel machine to acquire clear anatomical images. It can be used with both digital and conventional film-based systems. The tool is equipped with an array of analytical tools such as slice thickness control, window and leveling settings, and image post-processing. FEINFOCUS Fox-160.25 is an ideal choice for medical professionals who need high-resolution, accurate imaging. The asset's modular design and open architecture allow for easy updates and upgrades. The software model offers a number of pre-set functions for optimal radiographic images, and can be customized to the user's specific needs. FEINFOCUS Fox-160.25 also includes an advanced user-level safety code. This ensures that the equipment will not exceed acceptable limits for radiation exposure. It includes a control panel with an emergency-stop button and system-level interlock for safe operation. FEINFOCUS Fox-160.25 offers desirable imaging capabilities for medical professionals. It provides a high-resolution imaging platform and a wide array of features for radiation protection, analysis, and post-processing. This x-ray unit is the perfect choice for medical professionals who need high-quality, accurate imaging for their applications.