Video DDR - Cervical
Video DDR - Thorax
Video DDR - Graphic
Video DDR - Thorax
Video DDR - Thorax
Video DDR - Lungs
Dynamic Digital Radiography
AeroDR TX
AeroDR TX Digital Mobile X-ray System

Dynamic Digital Radiography

Elevating X-Ray Technology

  • Anatomy in motion
  • Functional and Quantitative Data incorporated into Xray Diagnosis
  • Cost effective & versatile solution
  • Low radiation dose
  • Fast, simple, and effective workflow
  • Patient care improvement with new clinical applications capabilities
Video DDR - Cervical
Video DDR - Thorax
Video DDR - Graphic
Video DDR - Thorax
Video DDR - Thorax
Video DDR - Lungs
Dynamic Digital Radiography
AeroDR TX
AeroDR TX Digital Mobile X-ray System

Solutions

Solutions

Mobility

Hospitals and clinics are increasingly looking into ways to provide the best healthcare to all patients. Mobility is one such way to improve patient care because sometimes, care needs to come to the patient! Bedside exams may...

Functionalities

Functionalities

Improve Patient Management in X-Ray Diagnostics

AeroDR TX Digital Mobile X-ray System
  • Multifunctional X-ray system capable to capture both dynamic and static images

  • Full DICOM Compatibility

  • Cineloop up to 300 images in 20s generated by continuously irradiating with pulse X-ray

  • Whole anatomy acquired in a single exposure with 17’x17’ field of view

  • No contrast agent or radiopharmaceutical required to provide functional information

AeroDR TX Digital Mobile X-ray System

Features

Features

Dynamic Digital Radiography Key Features

Dynamic Digital Radiography (DDR) is a novel X-ray technology that provides a series of individual digital images acquired at high speed and low dose. The resulting cine loop enables clinicians to observe the dynamic motion of anatomical structures over time, enhancing diagnostic capabilities.

  • Accessibility

    DDR capabilities with the new mobile AeroDR TX enables portable exam anytime and anywhere in ICU department and/ or patient ward improving diagnostic capabilities.
  • Clinical value

    DDR presents a 17" x 17" view of quantifiable and functional findings not detected with standard X-ray.
  • Effective

    Visualize and quantify movement, interaction, dynamic density, change over time, and pathophysiology.
  • Efficient

    Full exams are performed in minutes with the same workflow of a standard x-ray.
  • Cost-effective solution

    Availability of DDR into X-ray equipment enhances diagnostic capabilities on the most widely used and easily accessible technique, providing a cost-effective solution that can substantially improve patient care.
  • Patient-centric

    DDR uses low radiation, does not require contrast, and can be performed in multiple positions.

Specifications & Downloads

Specifications & Downloads
For complete specifications please refer to the web pages of the corresponding products:
Dynamic Digital Radiography (DDR)
DDR with motion quantification, dynamic enhanced visualization, and advanced functional analysis
Dynamic Digital Radiography Bibliography

DI-X1 workstation


The DI-X1 is a dedicated medical image analysis workstation designed specifically for DDR images. Alongside the dynamic flat panel digital detector “AeroDR3 HD2” and the AeroDR TX m01 portable x-ray system, the DI-X1 is an essential component to enable the Dynamic Digital Radiography technology. With advanced software capabilities, the DI-X1 provides the analysis and quantification of dynamic images, offering accurate insights into the functional  and physiological processes of moving anatomy.

Analyze and Quantify movement

   

Analyze and quantify movement with DDRDI-X1
  • DDR technology utilizes advanced imaging software available on the DI-X1 dedicated DDR workstation for accurate diagnosis, quantitative data, and functional information related to anatomical movement.

 

  • DDR images are transmitted to the DI-X1 workstation for processing using dedicated softwares (‘“Processing Modes”’).
 
  • Results can be sent to PACS for further analysis and review.

Improve visibility and increase diagnostic accuracy

   

DDR - Thorax

BS-Mode
Enhance Lung Parenchyma Visibility with Bone Suppression Algorithm


FE-Mode
Improve visibility of soft tissue,  vascular diseases and lung lesions
DDR LM-Mode

LM-Mode
Visualize lung motion map in vertical direction

Incorporate quantitative data related to Diaphragm Motion & Lung field area

   

Video DDR - ThoraxVideo DDR - Graphic

DM-Mode
Quantification of Diaphragm motion
DDR - Lung field area

Automatic calculation
of lung field area

Functional evaluation analysis

   

Video DDR - Lungs

PH2-Mode
Visualizing signal value changes associated with pulmonary circulation


PL-Mode
Visualizing signal value changes in lung field associated with respiration

Related hardware

Related hardware

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