Dextro: Your Reading Room for healthcare compliance—Anywhere, with innovative radiology solutions.
Dextro: Your Reading Room for healthcare compliance—Anywhere, with innovative radiology solutions.

Our complete reading station bundles make ordering simple. From standard radiology workstations to advanced mammography solutions, everything you need is available through one convenient platform. Your entire system arrives together, ready for deployment, with installation assistance and ongoing support from a single trusted source.
This complete bundle includes an Intel i7 workstation, a JUSHA 8MP split-screen diagnostic monitor, and a 27-inch 4K non-diagnostic worklist monitor. It also comes with a keyboard, mouse, and your choice of dictation microphone.
An excellent value for individual teleradiologists or healthcare organizations looking to standardize reading stations across multiple locations.
The RS9 Bundle includes everything in our standard reading station package, but with significantly more processing power for demanding radiology workflows. It features a high-performance workstation, a JUSHA 8MP split-screen diagnostic monitor, a 27-inch 4K non-diagnostic worklist monitor, keyboard, mouse, and your choice of dictation microphone.
An ideal solution for high-volume teleradiologists, advanced imaging workflows, and healthcare organizations requiring powerful, standardized reading stations.
This complete mammography bundle features a JUSHA 12MP diagnostic monitor that is FDA-approved and meets MQSA standards for mammography. It includes everything needed to accurately and efficiently interpret mammography studies, including a high-performance workstation, worklist monitor, keyboard, mouse, and your choice of dictation microphone.
An ideal all-in-one solution for breast imaging specialists, teleradiologists, and facilities standardizing their mammography reading environments.


The Intel Core i7 processor provides fast, reliable performance ideal for demanding radiology applications, supporting Dextro Imaging Solutions, multitasking, and everyday diagnostic workflows across Multi-PACS Readers and various reading station setups.
With 32GB of RAM, Dextro Imaging Solutions ensures smooth, responsive multitasking for Multi-PACS readers, making it ideal for handling large imaging studies and demanding diagnostic workflows on reading station setups.
A 4GB NVIDIA GPU provides smooth, reliable graphics performance essential for Dextro Imaging Solutions, enabling effective diagnostic image rendering, supporting multi-monitor configurations in Multi-PACS Readers, and enhancing everyday radiology workflows within reading station setups.
The JUSHA 8MP diagnostic monitor, a part of Dextro Imaging Solutions, delivers sharp, high-resolution imaging perfect for multi-PACS readers. With its split-screen capability and reliable DICOM performance, it provides exceptional clarity for everyday reading station setups in radiology interpretation.
The 4K non-diagnostic monitor from Dextro Imaging Solutions offers a sharp, spacious display ideal for patient worklists, reporting applications, communications, and everyday workflow management, enhancing Multi-PACS Readers and reading station setups.
For optimal reading station setups, consider a Nuance PowerMic, Philips dictation microphone, or Bluetooth headset, paired with a backlit mechanical keyboard and programmable mouse to enhance your workflow with Dextro Imaging Solutions and Multi-PACS Readers.


The Intel Core i7 processor provides fast, reliable performance ideal for demanding radiology applications, supporting Dextro Imaging Solutions, multitasking, and everyday diagnostic workflows across Multi-PACS Readers and various reading station setups.
With 32GB of RAM, Dextro Imaging Solutions ensures smooth, responsive multitasking for Multi-PACS readers, making it ideal for handling large imaging studies and demanding diagnostic workflows on reading station setups.
A 4GB NVIDIA GPU provides smooth, reliable graphics performance essential for Dextro Imaging Solutions, enabling effective diagnostic image rendering, supporting multi-monitor configurations in Multi-PACS Readers, and enhancing everyday radiology workflows within reading station setups.
The JUSHA 8MP diagnostic monitor, a part of Dextro Imaging Solutions, delivers sharp, high-resolution imaging perfect for multi-PACS readers. With its split-screen capability and reliable DICOM performance, it provides exceptional clarity for everyday reading station setups in radiology interpretation.
The 4K non-diagnostic monitor from Dextro Imaging Solutions offers a sharp, spacious display ideal for patient worklists, reporting applications, communications, and everyday workflow management, enhancing Multi-PACS Readers and reading station setups.
For optimal reading station setups, consider a Nuance PowerMic, Philips dictation microphone, or Bluetooth headset, paired with a backlit mechanical keyboard and programmable mouse to enhance your workflow with Dextro Imaging Solutions and Multi-PACS Readers.


The Intel Core i7 processor provides fast, reliable performance ideal for demanding radiology applications, supporting Dextro Imaging Solutions, multitasking, and everyday diagnostic workflows across Multi-PACS Readers and various reading station setups.
With 32GB of RAM, Dextro Imaging Solutions ensures smooth, responsive multitasking for Multi-PACS readers, making it ideal for handling large imaging studies and demanding diagnostic workflows on reading station setups.
A 4GB NVIDIA GPU provides smooth, reliable graphics performance essential for Dextro Imaging Solutions, enabling effective diagnostic image rendering, supporting multi-monitor configurations in Multi-PACS Readers, and enhancing everyday radiology workflows within reading station setups.
The JUSHA 8MP diagnostic monitor, a part of Dextro Imaging Solutions, delivers sharp, high-resolution imaging perfect for multi-PACS readers. With its split-screen capability and reliable DICOM performance, it provides exceptional clarity for everyday reading station setups in radiology interpretation.
The 4K non-diagnostic monitor from Dextro Imaging Solutions offers a sharp, spacious display ideal for patient worklists, reporting applications, communications, and everyday workflow management, enhancing Multi-PACS Readers and reading station setups.
For optimal reading station setups, consider a Nuance PowerMic, Philips dictation microphone, or Bluetooth headset, paired with a backlit mechanical keyboard and programmable mouse to enhance your workflow with Dextro Imaging Solutions and Multi-PACS Readers.

The RADCOM Dual allows radiologists to operate two separate PACS environments from one reading station, while the RADCOM 4 supports up to four independent PACS systems. Both provide fast, seamless switching between systems while sharing the same diagnostic monitors, keyboard, mouse, and dictation microphone.
These solutions reduce desktop clutter, simplify workflows, and eliminate the need for multiple workstations—making them ideal for teleradiologists, reading groups, and facilities working across multiple hospitals or healthcare networks.
The RADCOM 2 allows radiologists to access and seamlessly switch between two independent PACS environments using one diagnostic reading station, shared monitors, keyboard, mouse, and dictation microphone. It reduces desktop clutter, simplifies multi-facility workflows, and eliminates the need for separate workstations.
The RADCOM 4 allows radiologists to access and seamlessly switch between up to four independent PACS environments using one centralized reading station with shared diagnostic monitors, keyboard, mouse, and dictation microphone. It delivers a streamlined, clutter-free solution for high-volume radiologists working across multiple hospitals, facilities, or healthcare networks.
The custom-built RADCOM 7 allows radiologists to access and seamlessly switch between up to seven independent PACS environments from one centralized reading station. It integrates shared diagnostic monitors, keyboard, mouse, and dictation controls into a powerful, streamlined solution for high-volume radiologists supporting multiple hospitals, imaging centers, and healthcare networks.
Most importantly, we put control back into the hands of the radiologist. Our technology allows physicians to decide where they read, when they read, and how they read, whether in a hospital, at home, or from a remote location. By using their own personalized multi-PACS workstation, configured to their preferred performance standards and workflows, they gain consistency, comfort, and efficiency every day. The result is a smarter, more flexible reading environment that empowers healthcare organizations to improve productivity, simplify infrastructure, and deliver better patient care through technology designed around the way radiologists actually work.
Our solution is an elegant, PACS-agnostic platform that enables radiologists to securely access multiple PACS environments using a single set of high-quality diagnostic monitors, one keyboard, one mouse, one microphone, and one familiar workstation. Whether connecting to different hospitals within the same healthcare system or facilities spread across a region or an entire country, physicians can seamlessly transition between environments without changing desks or sacrificing performance. Instead of purchasing multiple expensive diagnostic workstations, organizations can maximize the value of a single premium setup while reducing hardware costs, desktop clutter, and IT complexity.
At Dextro Imaging Solutions, we asked a simple question: Why should radiologists be tied to a single workstation at a time? Traditional reading environments often require dedicated hardware for every PACS, creating unnecessary clutter, duplicate equipment, and increased costs. We believed there had to be a better way, one that simplified the reading experience while giving physicians complete control over their workflow.


The Intel Core i7 processor provides fast, reliable performance ideal for demanding radiology applications, supporting Dextro Imaging Solutions, multitasking, and everyday diagnostic workflows across Multi-PACS Readers and various reading station setups.
With 32GB of RAM, Dextro Imaging Solutions ensures smooth, responsive multitasking for Multi-PACS readers, making it ideal for handling large imaging studies and demanding diagnostic workflows on reading station setups.
A 4GB NVIDIA GPU provides smooth, reliable graphics performance essential for Dextro Imaging Solutions, enabling effective diagnostic image rendering, supporting multi-monitor configurations in Multi-PACS Readers, and enhancing everyday radiology workflows within reading station setups.


The Intel Core i7 processor provides fast, reliable performance ideal for demanding radiology applications, supporting Dextro Imaging Solutions, multitasking, and everyday diagnostic workflows across Multi-PACS Readers and various reading station setups.
With 32GB of RAM, Dextro Imaging Solutions ensures smooth, responsive multitasking for Multi-PACS readers, making it ideal for handling large imaging studies and demanding diagnostic workflows on reading station setups.
A 4GB NVIDIA GPU provides smooth, reliable graphics performance essential for Dextro Imaging Solutions, enabling effective diagnostic image rendering, supporting multi-monitor configurations in Multi-PACS Readers, and enhancing everyday radiology workflows within reading station setups.


The Intel Core i7 processor provides fast, reliable performance ideal for demanding radiology applications, supporting Dextro Imaging Solutions, multitasking, and everyday diagnostic workflows across Multi-PACS Readers and various reading station setups.
With 32GB of RAM, Dextro Imaging Solutions ensures smooth, responsive multitasking for Multi-PACS readers, making it ideal for handling large imaging studies and demanding diagnostic workflows on reading station setups.
A 4GB NVIDIA GPU provides smooth, reliable graphics performance essential for Dextro Imaging Solutions, enabling effective diagnostic image rendering, supporting multi-monitor configurations in Multi-PACS Readers, and enhancing everyday radiology workflows within reading station setups.
Please reach us at felix.garcia@dextroimaging.com if you cannot find an answer to your question.
A RadCom Multi-PACS System lets you manage two to seven independent PACS environments from one diagnostic workstation. Instead of using separate monitors, keyboards, mice, and microphones for each site, you can seamlessly switch between different VPNs, PACS worklists, and dictation platforms using integrated smart KVM technology. Each system remains separate and secure, while the shared hardware environment allows you to view and monitor multiple worklists simultaneously—whether the sites are across town, across the country, or around the world.
RadCom Multi-PACS System provides a separate computing environment for every PACS connection. Each environment has its own motherboard, CPU, GPU, RAM, operating system, network connection, and VPN, keeping hospital systems and patient information isolated from one another.
This allows radiologists to run multiple PACS and dictation platforms simultaneously without requiring each hospital to ship and install a separate computer. Each system can be configured or imaged by the appropriate hospital and accessed through its own VPN. The workstation can be installed in a home, office, or hospital, providing one streamlined reading station for multiple independent healthcare organizations.
The RadComp Multi-PACS System eliminates the need for every hospital or radiology group to purchase, configure, ship, and support a separate workstation. It also provides substantial savings by allowing one set of diagnostic monitors to be shared across every connected PACS environment, rather than requiring dedicated diagnostic displays for each organization.
By consolidating multiple independent computer systems, VPNs, worklists, and dictation platforms into one integrated reading station, RadComp reduces equipment duplication, shipping expenses, installation time, IT support requirements, and workspace clutter. Radiologists can quickly switch between facilities while continuing to use the same diagnostic monitors, keyboard, mouse, and microphone—creating a faster, more efficient reading workflow.
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