Computer on Wheels for Diagnostics & Radiology | Mobile Diagnostic Workstations
Computer on Wheels for Diagnostics & Radiology
Mobile computing workstations for PACS access, diagnostic imaging documentation and bedside image review in radiology and diagnostic departments.
Radiology and diagnostic departments require mobile workstations that can support high-resolution displays, PACS and RIS system access, and movement between imaging rooms and patient areas. A COW deployed in diagnostics must be stable under the load of imaging peripherals, manoeuvrable between rooms and capable of supporting the computing requirements of diagnostic software. For the complete RIFE COW product range, see the Computer on Wheels & Medical Mobile Workstations hub.
Looking for broader imaging workstations, diagnostic carts and equipment workflow solutions? See Radiology Workstations — Imaging Carts & Diagnostic Equipment Workflow.
Why Radiology & Diagnostics Need Mobile Workstations
🩻 PACS & RIS Access
Radiologists and technicians need mobile access to PACS and RIS systems between imaging rooms, reporting stations and patient areas without returning to a fixed terminal.
🖥️ High-Resolution Display
Diagnostic imaging workflows often require large, high-resolution displays. A COW with dual monitor capability or a large AIO supports image review at the point of care.
📊 Bedside Image Review
Clinicians in ICU, emergency and ward settings need to review imaging studies without transporting patients. A mobile workstation brings the imaging system to the bedside.
🔌 Equipment Load
Diagnostic COWs may carry monitors, imaging peripherals and additional devices. A stable, higher-capacity platform is required to manage the combined load safely.
📝 Documentation
Radiologists and technicians document findings, patient records and imaging reports directly into the system. A mobile workstation supports this at the point of imaging.
🔋 Power Continuity
For mobile imaging services or bedside review in areas with limited mains access, battery-powered workstations from the MHS series support continuous operation.
Typical Radiology COW Workflow
Position workstation in the imaging room
Move the COW to the examination area. Lock casters once in position. Connect to the imaging system or access PACS via the network.
Access patient records and imaging data
Open the patient record in the RIS. Review prior imaging studies and clinical history before the examination.
Support the examination
Use the workstation to document examination parameters, access imaging software and review images as they are acquired.
Document findings
Enter radiologist or technician findings directly into the RIS or reporting system at the point of imaging.
Move to the next room or patient area
Unlock casters and reposition to the next imaging room or patient area. Battery-powered carts continue operating during transit.
Recommended COW Configurations for Radiology
🖥️ Dual Monitor COW
For radiology reporting and image review workflows requiring two displays. Supports side-by-side comparison of imaging studies and patient records.
💪 Heavy-Duty Platform
For diagnostic COWs carrying monitors, imaging peripherals and additional devices. A stable, higher-capacity base manages the combined equipment load safely.
🔋 Battery-Powered Workstation
MHS series battery workstations for mobile imaging services or bedside image review in areas with limited mains access.
🗄️ Storage COW
Lockable drawer storage integrated into the workstation platform for imaging accessories, probes and documentation.
Recommended Products for Radiology
HSM8 — Heavy-Duty Medical IT Cart
Heavy-duty multi-device platform for radiology environments with higher equipment loads. Stable base for combined computing and imaging peripheral configurations.
View HSM8 →
HSM11 — Multi-Drawer Clinical Workstation
Multi-drawer storage workstation for radiology deployments requiring organised storage for imaging accessories alongside computing.
View HSM11 →
MHS3 — Diagnostic Imaging Cart
Battery-powered diagnostic imaging cart for mobile imaging services and bedside image review in areas with limited mains access.
View MHS3 →
MHS6 — Dual-Drawer Diagnostic Imaging Cart
Dual-drawer battery cart for diagnostic imaging workflows requiring storage alongside computing and battery-powered operation.
View MHS6 →Radiology COW Configuration Comparison
| Requirement | Dual Monitor COW | Heavy-Duty COW | Battery COW | Storage COW |
|---|---|---|---|---|
| Side-by-side image review | ✅ | — | — | — |
| Heavy imaging peripheral load | — | ✅ | — | — |
| Mobile imaging / bedside review | — | — | ✅ | — |
| Organised storage for probes/accessories | — | — | — | ✅ |
| PACS / RIS access at point of imaging | ✅ | ✅ | ✅ | ✅ |
Read the Computer-on-Wheels Buying Guide
Covers workflow definition, ergonomics, power architecture, infection control and a full procurement checklist for hospital COW deployments.
→ Computer-on-Wheels Buying Guide for Digital Hospitals
→ Battery Management and Power Backup Guide for Mobile Medical Carts
For the complete product range: Explore the Complete Computer on Wheels Range →
FAQs — COW for Diagnostics & Radiology
What is the difference between this page and the Radiology Workstations page?
This page focuses on COW mobile computing workstations for PACS/RIS access and digital documentation in radiology and diagnostic departments. The Radiology Workstations page covers broader imaging workstations, diagnostic carts and equipment workflow solutions.
Do radiology COWs need dual monitors?
Not always. Dual monitor configurations are useful for side-by-side image review and reporting workflows. Single monitor or AIO configurations are sufficient for documentation and PACS access in many diagnostic settings. Confirm your imaging software requirements before specifying.
Which MHS model is suitable for diagnostic imaging?
The MHS3 Diagnostic Imaging Cart and MHS6 Dual-Drawer Diagnostic Imaging Cart are designed for diagnostic imaging workflows with battery backup.
Can a COW support ultrasound systems?
A COW can provide a mobile platform for computing and documentation alongside an ultrasound system. The ultrasound system itself is typically a separate device. Confirm the combined equipment load and connectivity requirements before specifying the cart platform.