Specifications

TsPRI (Digital X-Ray Image Receiver)

• method for converting an x-ray image into an electrical signal and a digital image: indirect conversion
• detector material amorphous silicon (a-Si) + Csl scintillator

X-ray emitter with beamformer and additional X-ray filters

• X-ray filter replacement method: automatic
• Irradiation field indicator light indication method LED lamp
• opportunity to take snapshots

RPU (X-Ray Feeder)

• X-ray exposure meter
• providing automatic dose adjustment
• the range of change in the amount of electricity (current-time product) for each of the focuses mA s,
• exposure setting method Automatic
• automatic setting of kV voltage parameters, depending on the thickness of the breast
• automatic setting of kV voltage parameters, depending on the degree of breast tissue compression
• automatic setting of voltage and exposure parameters by analyzing pre-exposure data from the entire detector surface
• selection of exposure modes: fully automatic, semi-automatic with a given voltage, manual
• fault indication in case of snapshot failure

Photography tripod

• design of the photographic tripod C-shaped with a vertical stand
• the ability to change the focal length
• tripod vertical movement method
• tripod rotation method
• control touch monitors 2 pcs, one on each side of the machine
• interface customization depending on user tasks
• the ability to display only selected projections in the interface menu
• one-touch workflow control according to a predefined protocol
• visual prompts on the control monitors for the user
• handle for patient comfort
• compression control on both sides
• two-speed compression mode: high speed until it touches the chest, low speed after the start of compression
• Possibility of programming compression ratio limitation
• safe release after exposure
• the ability to work with an attachment for stereotactic biopsy
• automatic collimation
• collimation LED indication
• number of programmable speeds of the vertical movement of the column, 2
• multifunctional pedal set 2

X-ray protective screen

Conducting digital mammography with tomosynthesis

• synchronization of the detector with the movement of the tube at the time of exposure in a study with tomosynthesis
• image reconstruction using the iterative reconstruction algorithm, in a study with tomosynthesis
• automatic display of the tomosynthesis protocol in the menu when the tomosynthesis platform is connected

Attachment for stereotactic biopsy

• Possibility of lateral biopsy with the vertical position of the C-shaped stand
• biopsy arm from lateral access for attaching a biopsy gun

Workstation (Automated Workstation) of an X-ray technologist with a monitor for image visualization

• system unit
• LCD type monitor
• Preinstalled operating system

Workstation (Workstation) of a doctor with a medical monitor for image visualization

• system unit
• monitor
• Preinstalled operating system
• external drive to create an electronic copy of the database
• device for obtaining hard copies of images and its type, thermal printer
• imaging technology - laser exposure, thermal process of developing without chemical. solutions
• sheet thermal paper

SPO (Special Software) for AWS (Automated Workplace)

• Controlling the operating modes of the digital mammographic X-ray machine and its components, including the attachment for stereotactic biopsy (if available) for the laboratory assistant's workstation
• Automated interactive calculation of the effective dose of patient exposure based on MU 2.6.1.2944
• Maintaining a database of patients and the results of their examinations with entering into it the values of the absorbed dose received by the patient for each image and for the entire examination
• Visualization of images of the selected patient with the following image processing options
• automatic normalization of brightness and contrast of the image observed on the screen
• changing the brightness and contrast of the entire image
• rescaling the entire image
• invert (positive/negative) of the entire image
• measurements on the image (size, area, angles, relative density, average value of brightness, standard deviation, etc.) (for doctor's workstation)
• Carrying out automatic image analysis in order to identify and visually highlight foci of possible pathologies (microcalcifications, indurations) (for the doctor's workstation)
• Formation of images and accompanying data in DICOM format for transfer to print and external consumers, DICOM 3.0
• Formation of conclusions based on the results of examination of patients using templates (for the doctor's workstation)
• Compilation of standardized statistical reports and certificates of mammographic examinations performed on the device (for the doctor's workstation)