What Is a PACS Workstation Used For?
PACS workstations have gradually become indispensable equipment for radiology and imaging departments.
PACS (picture archiving and communication system) emerged as an effective technological response to the difficulty of managing the growing volume of information from clinical imaging studies.
As the name indicates, the main advantage of these systems lies in their image storage and communication functions. PACS enables better management of medical information and, consequently, significantly improves the productivity of the medical institution.
In this sense, the main objectives of any PACS system are: the capture, transmission, and storage of medical images. But none of this is possible without a PACS workstation (also known as a PACS Workstation), which plays a fundamental role in the entire system. Let's take a closer look at what it involves.
How a PACS Workstation Works
A PACS workstation gives the user complete management of the database, since it provides the platform with the ability to import studies, copy information onto any compatible portable storage device, and send and receive studies from other PACS systems, manage study information, among many other functions.
The main advantages of a PACS workstation are:
- Independence. It is independent of the main console, which allows for an uninterrupted flow of patient care.
- Reprocessing. It allows reprocessing of raw DICOM data, acquired through various modalities, providing access to advanced image processing functions and options.
- Remote operation. It allows diagnosis and interpretation of acquired images remotely.
Regardless of the image acquisition method, images will be available on the server in DICOM format, from which they can be printed or evaluated in the diagnostic viewer or on the unit's workstation.
Through the network, it is also possible to store them and send them to other facilities, as well as view them online.
What a PACS Workstation Should Offer
A good PACS system offers various advantages that should be considered when choosing a system. Some of these are:
- Compatibility with all diagnostic modalities and imaging studies: X-ray, MRI, CT, ultrasound, mammography, angiography, and fluoroscopy, among others.
- Intuitive software with tools that facilitate diagnosis.
- Security. Data is stored locally on a highly reliable and secure server, backed up automatically via hard drives.
Ideally, one should also have cloud storage for greater security, and also as a way to recover data in the event of any accident or mechanical failure that may occur.
- Management options. Regarding permissions and access control to information, these are fully manageable for all users, and a complete log of all activity in the PACS system is also provided.
Reporting Tools
Additionally, the PACS workstation provides access to an integrated reporting tool that allows reports to be written, or even dictated, directly and securely into the PACS system.
This undoubtedly streamlines working time, since the report is automatically completed with the information from the selected study.
The option to report on the go is also available, thanks to tools such as speech-to-text software.
Universal Web Viewer
Another element of the PACS workstation is the built-in DICOM viewer, which guarantees access at any time and from any place to medical images and reports, from any browser or operating system.
Whether from the comfort of home, through a laptop or tablet, it is possible to access the required studies or reports.
In this way, physicians and system users can access images from any PACS workstation, thus expanding its reach and accessibility. This also makes teleradiology possible.
It offers the user advanced visualization tools, as well as annotations and measurements.
An Eva PACS representative can give you a free demonstration so you can discover a practical, simple, and effective solution for optimizing workflows and increasing productivity.
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