Arcoma Precision i5 is a premium digital x-ray system that provides high image quality, clinical flexibility and superior workflow for a wide range of radiographic applications.
The ergonomic design of the x-ray system and sophisticated auto positioning
technology helps you maximize patient throughput.
Arcoma Precision i5 provides high quality X-ray-images with low dose for maximum patient safety. Software simulated grid is available as an option and can be used for all anatomies and can reduce dose with up to 60%.
Arcoma continuously works to create a lower radiation dose in our X-ray solutions. Examples of components in the system that contributes to dose reduction:
CANON DETECTORS WITH HIGH DQE
SOFTWARE SIMULATED GRID*
AUTOMATIC EXPOSURE CONTROL
* Scatter correction software (option)
Arcoma Precision i5 X-ray system is powered by Canon’s next generation wireless CXDI detectors and imaging software.
Canon´s CXDI-NE software ensure a GUI* that is always right for you. Comprehensive image processing including Software simulated grid, guarantees optimized image quality with the lowest dose possible.
* GUI = graphical user interface
The ultra-lightweight waterproof detectors (IP 57) with integrated battery and image storage, can be used on board or stand-alone as needed.
Up to 4 detectors can be used with the x-ray system to provide optimal positioning and imaging flexibility. The detectors can for example:
Be shared between X-ray rooms.
Be used for mobile X-ray solutions
Be used in the holder or wireless
Patient centric care is Arcomas approach to everything we design. Our focus is to provide an environment that minimizes stress on our staff and maximize comfort for the patient.
The x-ray system Arcoma Precision i5 with its smooth floating table top, good and flexible working height together with a lightweight OTC with easy fine tuning, is an ideal ergonomic X-ray solution for both patient and operator.
Motorized movements, smooth and silent
Lightweight OTC, easy fine tuning
Motorized table, ergonomic working height