RadiForce
Diagnostic monitors for nuclear medicine and radiotherapy
All monitors for nuclear medicine and radiotherapy
Assisted by the EIZO hybrid gamma pixel function, fused images are precisely displayed down to the pixel with an adequate image reproduction curve for colour or greyscale.
At the crossroads of therapeutic and diagnostic applications, EIZO RadiForce monitors help to better visualise the dynamic processes within the human body from acquired image data. Assisted by the EIZO hybrid gamma pixel function, fused images are precisely displayed down to the pixel with an adequate image reproduction curve for colour or greyscale.
While anatomical structures in X-rays are displayed with an optimal DICOM® curve for monochrome images, RadiForce monitors with the hybrid gamma pixel function independently detect the coloured parts of the image from nuclear medicine sources and display them with a gamma reproduction curve of 2.2, for example, which is optimal for colour images. The diagnosing physician is still free to individually calibrate the monitor to the preferred brightness curve.
The advantages of RadiForce monitors for nuclear medicine and radiotherapy
- Hybrid gamma for reliable image reproduction
- A selection of different monitors to meet various requirements, resulting in high cost efficiency
- Durability
- Adaptable setup for individual workstations
- Increased efficiency
EIZO recommends for image reproduction in nuclear medicine
Software solutions for ensuring image quality
Optimal quality control of image reproduction systems in radiological applications
Monitor quality management, including calibration as well as acceptance and consistency testing, in one program. The software is simple, easy to use and can even perform consistency test measurements fully automatically. The RadiCS quality control tool is capable of end-to-end monitor quality management, starting with calibration and acceptance/consistency testing through to network-supported quality assurance management in conjunction with RadiNET Pro. Moreover, RadiCS is simple to understand, easy to use and suitable for RadiForce and non-RadiForce monitors. RadiCS also allows you to control EIZO’s Work-and-Flow functions to deliver user-friendly workflows. This includes, for example, the Point-and-Focus functionality, which serves to quickly select and zoom in on relevant image areas using the mouse or keyboard.
More about the RadiCS
Calibration and management software for RadiForce monitors
The RadiCS LE software is used for the calibration of EIZO RadiForce monitors and to manage the calibration data. RadiCS LE also helps to determine and maintain screen data such as inventory numbers and monitor usage time. A backlight saver functionality is integrated into RadiCS LE. This allows the user to save both energy and monitor usage time while the monitor is not in use. Additionally, RadiCS LE comes with the Mouse Warp functionality. It prevents the mouse pointer from getting stuck at screen edges in multi-monitor systems when the screens are working with different resolutions. RadiCS LE is included in the scope of delivery of EIZO RadiForce monitors.
More about the RadiCS LE
Quality management for all in-hospital monitors
The RadiNET Pro software from EIZO enables the centralised and hence efficient quality management of all hospital monitors connected within the network. The browser-based application provides easy access to the information the user needs. The administrator can conduct or schedule quality control operations from anywhere in the hospital easily and promptly. Inventory information, for example, the model name and usage time of monitors, can be managed in RadiNET Pro. In addition, information such as the connected computers and graphics boards, the medical facility and the installation location can also be recorded. Along with that, detailed information on each monitor can be consolidated into a report on request.
More about the RadiNET Pro
![[Translate to English:] MVZ Radiologie Karlsruhe](https://cdn.eizo.eu/fileadmin/_processed_/b/3/csm_MVZ_image_2_7551b8c721.jpg "[Translate to English:] MVZ Radiologie Karlsruhe")
