Rayence DPX Mobile Digital Xray System Enhances Clinical Workflow Efficiency

Rayence DPX is a mobile digital X-ray system built for high-volume, multi-setting imaging, with a design focused on balancing equipment flexibility and image quality. The system is intended for emergency departments, patient rooms and outpatient clinics, where fixed radiology suites can slow diagnosis. Its compact configuration and integrated wireless detector are positioned as a plug-and-play alternative to conventional room-based X-ray setups.

The DPX was developed to reduce reliance on fixed radiology rooms. The system uses an integrated design that does not require a dedicated lead-shielded room or complex installation, according to the product specifications. It is intended to move between examination rooms and support high workloads in emergency care.

At about 100 pounds, the unit is designed for transport across clinical environments. The lightweight body is paired with Rayence software and a wireless DR flat-panel detector, creating a workflow the manufacturer describes as plug-and-play. The stated goal is to improve image acquisition efficiency in emergency, inpatient and outpatient settings.

The system's generator delivers a maximum output of 2.8 kW and operates at 70 kHz. It offers a kV range of 40-120 kV and an mA range of 12-40 mA, with input voltage of 110/220 V at 50-60 Hz. The unit measures 26 inches wide by 53 inches high by 39 inches deep.

The integrated approach is intended to simplify deployment in existing medical examination spaces. The system is designed to support frequent imaging without the infrastructure demands associated with fixed X-ray rooms. Its wireless detector and software are central to the system's clinical workflow.

The following specifications outline the DPX system's power, electrical and physical parameters.

The wireless DR panel is a core component of the imaging system. It has a 140 µm pixel pitch and 3.5 lp/mm resolution, supporting the detail needed for clinical diagnosis. The detector offers Cesium or Gadox scintillator options and 14/16-bit A/D conversion. Preview is completed within five seconds, which may shorten patient wait times.