Software for radiological diagnostics

Clinical Workflow and Usage Modes

• Standardized Workflow: Interface divided into sequential operational areas: Registration (entry and worklist), Exposure (acquisition), Database/Viewer (review and post-processing) and Print.
• Scheduled (DICOM Worklist MWL): Automatic retrieval of patient details and prescribed exams directly from the hospital RIS/PACS.
• Unscheduled (Manual): Quick entry of specific fields (Patient ID, Last Name, First Name, Sex, Date of Birth, Accession Number).
• Emergency Mode: Instant initiation of an X-ray exposure without patient details for critical cases in the emergency department (the data will be linked later).
• Multitasking Management: Ability to manage acquisition and processing procedures for multiple patients simultaneously without locking the system

Artificial Intelligence (AI)-Assisted Diagnostics

• Chest X-ray Diagnosis Support: Integrated artificial intelligence module that supports the radiologist in the automatic detection of 5 main lung/chest abnormalities (e.g. nodules, pneumonia, pneumothorax).
• Noise-X (AI): Deep learning algorithm focused on advanced background noise removal; delivers ultra-sharp images while significantly reducing the radiation dose delivered to the patient.
• Bone-X (AI): Selective bone suppression function for chest radiographs. It virtually makes the ribs and clavicles “invisible” to accurately examine the underlying lung tissue

Professional Standards and Hardware Integration

• Full DICOM 3.0 Compliance: Supports DICOM Storage services (automatic sending to PACS such as QXLink), DICOM Modality Worklist, DICOM Print and DICOMDIR file generation for burning to disc.
• Universal Generator Interface: Direct two-way communication for setting exposure parameters (kV, mA, ms) directly from the software to third-party X-ray generators, U-arm systems, collimators and dose area product (DAP) meters.
• Multi-format Export: In addition to the native diagnostic DICOM format, enables quick saving in BMP, JPEG and TIFF.

Advanced Post-Processing Algorithms

• PureImpact™: Proprietary image processing algorithm that optimizes contrast based on the anatomical region, maximizing soft tissue detail and bone sharpness.
• Auto-Stitching (up to 6 images): Automatic, sequential joining of frames (e.g. for examination of the entire weight-bearing spine or measurement of the lower limbs – telemetry).
• Auto-Cropping and Auto-Labeling: Intelligent automatic cropping of the exposed area and automatic insertion of orientation markers (Right/Left, AP/LL) based on the selected protocol.