DoseWise Portal 2.0

Radiation dose management solution

DoseWise Portal 2.0 is a multi-vendor, web-based software solution that collects, measures, analyzes, and reports patient & staff radiation exposure across your enterprise, assisting you to take control of quality of care, efficiency, and patient and staff wellbeing. The DoseWise Portal collects X-ray dose information from all your X-ray modalities in one central application.

DoseWise Portal 2.0 is a multi-vendor, web-based software solution that collects, measures, analyzes, and reports patient & staff radiation exposure across your enterprise, assisting you to take control of quality of care, efficiency, and patient and staff wellbeing. The DoseWise Portal collects X-ray dose information from all your X-ray modalities in one central application.

Take control of dose management across your organization

 

A critical component in providing exceptional patient care is strong radiation control and management. We can help you create a comprehensive dose management program with DoseWise Portal 2.0 at its core. It is a turnkey dose management solution that gives you control over patient dose and staff occupational dose. It increases transparency across the entire enterprise and enables you to make data-driven decisions concerning quality initiatives and radiation management.

Take control with DoseWise


DoseWise Solutions help you take control over patient care, staff well being, and regulatory compliance with a comprehensive suite of dose management tools, training and integrated product technologies.
Learn more

Specifications Show all

Philips DoseWise Portal Server Specification
CPU
Quad-core or 4 vCPU, 2.8 GHz (AMD Opteron™ 4133, Xeon® E5, E7, or greater)
RAM
8 GB minimum
Storage
100 GB minimum system partition, 400 GB minimum data partition (RAID 1 recommended)
Network
1 GBps
Operating system
Microsoft Windows Server 2012 R2
Client Browser
Internet Explorer 9+, Google Chrome 40+
Specifications are subject to change without notice. Last modified June 23, 2015



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