Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
Radiological Imaging Technology (RIT) provides advanced QA software for medical physicists, covering quality assurance for radiation therapy and diagnostic imaging. According to its website, its products are used in 77 countries, with customers including cancer treatment hospitals and clinical/research physicists. The product positioning is highly vertical: this is not general-purpose enterprise collaboration software, but specialized analysis software built around therapy physics, diagnostic imaging, and equipment compliance testing.
The RIT Family of Products covers Machine QA, MLC QA, Patient QA, and Imaging QA. Machine QA supports TG-142, TG-148, and TG-135, including 3D Winston-Lutz isocenter optimization, SRS/SBRT QA, star shots, and light/radiation field congruence. MLC QA covers Varian RapidArc, Halcyon, the Elekta Hancock Test, CyberKnife M6, and more. Imaging QA supports analyses such as ACR MRI, Catphan, PTW Electron Density, TOR-18, uniformity, and noise power spectrum. In Version 7.0, Cerberus can monitor specified folders, automatically identify, analyze, and export results, significantly reducing manual steps. Its ecosystem compatibility appears strong: it states that it can interface with all commercially available TPS systems, and supports equipment and files from Accuray Precision 3.X DICOM, Varian, Elekta, TomoTherapy, and others.
Pricing is not publicly listed on the website; it follows a Request a Quote / Request a Demo model. Product packages include RIT Complete, RIT Classic, RIT G135, G142, G148+, RIT Film, Radia Therapy, and Radia Diagnostic. Customers with active PMP maintenance can download the 7.0 update for free. For deployment, the site explicitly supports Windows 11 Professional 64-bit and mentions local software, folder monitoring, Floating License, and Local License Server; it does not specify cloud SaaS, self-hosted web deployment, or an API. Collaboration and access-control information is mainly focused on license management, such as server license counts, lists of devices currently occupying licenses, and automatic return timeouts. It lacks typical enterprise collaboration details such as role-based permissions and audit trails.
Its strengths are deep protocol coverage, broad device compatibility, and a high level of automation, along with exports to PDF, ASCII, Excel, and the RIT trend database for trend analysis. It is valuable for daily, monthly, and annual QA in radiation therapy centers, as well as precision control for SRS/SBRT. The drawbacks are that pricing is not transparent and procurement requires direct communication; the product is highly specialized and is of little relevance to teams outside medical physics; and the publicly available materials provide limited detail on APIs, cloud deployment, and mainstream compliance certifications.
The available materials do not disclose website accessibility from China, payment methods, or local support, so these should be considered unknown. Chinese institutions considering procurement should focus on confirming network accessibility, whether the license server is subject to restrictions, payment/invoicing options, Chinese-language support, and compatibility with in-hospital TPS, LINAC, and imaging-device data workflows. No alternatives are provided in the source materials; institutions should compare it against QA tools from their existing equipment vendors and other medical physics QA software.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on radimage.com official site.
radimage.com is an United States Health provider. TG4G tracks its product information, an overall rating of 6.0/10, and a China-accessibility score of Limited (proxy recommended). Click "Visit Official Site" to reach radimage.com directly.