The new Apollo and Apollo EZ systems 4.0
The great and constant appreciation by radiology professionals for the remote-controlled tables Apollo e Apollo EZ consolidated in Villa the idea that for these remote controlled tables families it was important to take another step towards innovation. So, a series of improving actions and cutting-edge technologies have been applied to enhance system’s performance and ease of use, as well as to increase its flexibility and diagnostic capabilities.
The features of the updated versions of the Apollo and Apollo EZ remote controlled tables allow additional and decisive improvement of the performances, obtained by introducing important technical innovations and streamlining the methods of use by the operator. This results in greater operating flexibility, an optimal workflow, and therefore a further increase in productivity. This deep upgrade, which renews the availability of advanced technologies and features across the entire product line, enables any operational needs of specialists in the field to be met efficiently.
The aim of increasing these system features of versatility and operational efficiency to a higher level, along with the 18 years of experience with digital R/F systems, led the Villa R&D team in the design of the innovative DR-Wi version of Apollo and Apollo EZ. This version, specifically optimised for use with wireless digital detectors, revolutionises the multifunctional use of the remote-controlled table by combining, in a single hybrid integrated system, basic R/F applications with those typical of a digital radiographic room. All with a really low-cost investment.
Finally, those that benefited most from this major design overhaul were definitely the digital systems, in which so many improvements were implemented in every aspect: mechanical, functional, safety, user interface, ergonomic, efficiency, and diagnostic. These new features and functions, combined with the established reliability and quality of the product, now make Apollo DRF and Apollo EZ DRF the state of the art in R/F diagnostic devices.