Product Introduction

Highly maneuverable system

Stress-free travel with a clear view ahead

The smooth and low noise drive provides less disruption and therefore less stress even in the quietest of environments, with the collapsible column maintaining a clear view ahead when traveling.
The collision sensing bumper safely halts movement when contact is detected

Lightweight & Slim design

The lightweight, compact chassis ensures superb manoeuvrability even in the tightest of spaces.

Abundant storage with FPD locking function

Custom designed pockets with FPD locking function provide safe storage for any size detectors and additional storage for accessories, including grids, disinfection wipes and spare batteries.

Large touchscreen monitors for easy operation

The large touchscreen monitor with friendly icons allows confident image verification and easy post processing.

Status Indicator lamp

Simple and quick visual confirmation of system status can be made with the status indicator lamps on the top of the monitor and side of the arm.

Inch-mover switch

Controls on the collimator slowly move the system forward or backward, allowing precise bedside positioning without having to return to the drive handle.

Lock release on tube handles

Buttons located on the upper and lower tube handles ensure comfortable operation even when using at high positions.

Easy control of collimation area

The collimator controls are located on both the front and rear of the collimator providing improved access when undertaking mobile examinations.

Calculated Dose Area Product display

The FDR Go PLUS provides a Calculated Dose Area Product result which is displayed on the control panel and stored within the DICOM Image header for PACS Storage.

• An optional measured DAP chamber is also selectable.

FPD holding channel

• A channel on the mobile unit can be used for securing the FPD for cleaning, replacing batteries or fitting protective covers.

ISS System reading technology

• Equipped with an indirect conversion system called ISS method which bonds optical sensors (TFT) to the X-ray irradiation side unlike traditional flat detector displays. This greatly suppresses scattering and attenuation of X-ray signals, creating a sharp image with low X-ray dose. By applying flexible film to device detector, FDR D-EVO II has achieved DQE 54% (CsI scintillator), 31% (GOS scintillator) (1Lp/mm-RQA5 1mR)