EquipmentKosmos 535 Stationary X-ray diagnostic unit for 2 workplaces

A stationary digital radiographic system for general radiography applications based on digital flat-panel detector technology. The system includes a wall stand, patient table, and tube stand, enabling examinations in standing, supine, seated positions, as well as on a stretcher. Multiple configurations are available to match the medical facilities clinical workflow requirements without loss functionality.

Typical configuration:

Item Quantity, unit
X-ray power supply unit 1
X-ray tube 1
X-ray collimator 1
Floor-mounted stand 1
Mobile patient table 1
Wall stand 1
Anti-scatter grid 2
Ionization chamber 2
Digital radiography system 1
Dose-area product (DAP) meter 1
Main electrical specifications
X-ray Generator
Power supply Three-phase 400 V ±10%, 50 Hz
Maximum generator power, kW ≥ 50 *
Inverter frequency, kHz ≥ 25
Anode voltage, kV 40 – 150 (in 1 kV step)
Anode current, mA 10 – 500 *
Exposure time, s 0,001 – 6,3
Automatic exposure control (AEC) Supporting connection of ≥ 2 ionization chambers
X-ray tube assembly
Nominal voltage, kV 150 *
Dual focal spots, mm 0,6 / 1,2 *
Anode heat capacity, kHU 300 *
Anode angle, degrees 12,5

* Specifications may be modified upon customer request.

Main technical specifications
Flat-panel detector (table / vertical stand)
Flat-panel location Wall stand Table
Scintillator Cesium Iodide (CsI)
Field of view, cm 43 х 43 36 х 43
Image matrix, pixels 3072 х 3072 2560 x 3072
Pixel size, μm 140 140
Spatial resolution, lp/mm ≥ 3,5
Image acquisition time, s ≤ 2 ≤ 3
Grayscale, bit 16 16
Installation type Built-in Portable
Image storage capacity 200
Data transmission Wired (Ethernet) Wireless (Wi-Fi)
Ingress protection IP67
Battery operation Yes
Permissible distributed load, kg 400
Main functional specifications
Digital radiography image acquisition system
Patient data entry, image acquisition and preview, preliminary image processing
X-ray power supply unit control function
Detector automatic synchronization at the start of exposure
Anatomically programmed radiography exposure parameters transmission to the generator and selection of workstation
Option to install additional flat-panel detectors (total number of detectors — up to 4
units)
Preparation for examination
Patient data entry • DICOM worklist server query
• Search in local database
• Manual data entry via keyboard
• «Emergency» mode
Exposure parameters automatic setting (when selecting anatomical program) • Exposure mode selection (one-point / two-point technique, AEC mode)
• Exposure parameters
• Image processing algorithms
Image viewing and processing
Study search using various filters
Full-screen and mosaic image viewing
Rejection of selected images
Image post-processing functions • Vertical and / or horizontal image flipping
• 90° image rotation
• Automatic or manual (mouse-controlled) brightness and contrast (window width / level) adjustment
• Grayscale inversion (positive / negative)
• Image filters (edge enhancement, noise reduction, contrast enhancement, edge sharpening, etc.)
• Annotation tools (text, radiological markers)
• Distance and angle measurements
• Measurement calibration
• Image cropping (electronic collimation)
• Zoom
• Stitching function
Automatic image transfer to DICOM devices upon study completion
Background image archiving with continued operation at all system workstations
Image storage
Storage capacity: not less than 1500 images
DICOM compatibility
DICOM services • Storage SCU
• Print SCU
• MWL SCU
• CD/DVD media export (includes built-in viewer software compatible with Windows OS)

 

Long-length detector

Advanced solution for full-length radiographic imaging of the spine and lower extremities with automatic image stitching.

Typical configuration:

Item Quantity, pcs.
Flat-panel digital detector 1
Dedicated wall stand 1
Anti-scatter grid 1
Flat-panel location Wall stand for long-length imaging with 90° rotation capability
Scintillator Gadolinium Oxysulfide (Gd₂O₂S:Tb)
Field of view, cm 43 x 129
Image matrix, pixels 3072 x 9216
Pixel size, μm 140
Spatial resolution, lp/mm ≥ 3,5
Image acquisition time, s ≤ 8
Grayscale, bit 16
Image transmission Wired (Ethernet)