Optimize image quality
Precise imaging is key for diagnosis, treatment selection, and monitoring and controlling treatment outcomes. Conventional CT scans do not always provide sufficient information to enable accurate cancer diagnoses or ensure early lesion detection. For this, you need high-quality spectral information – and our CT portfolio provides it.
Our spectral imaging solutions comprise TwinBeam Dual Energy, Dual Source Dual Energy, and of course our groundbreaking Quantum Technology available on NAEOTOM Alpha. In every case, the functionality is fully integrated into the acquisition workflow, permitting PACS-ready results with customizable and fully automated reconstruction.
Dual Energy case report
Discover how Dual Energy technology can help you make confident diagnostic and treatment decisions.
Standardize your workflow
CT is a versatile, robust, and fast modality all at the same time. However, the quality of your imaging results can only be ensured if your entire workflow from acquisition to postprocessing is well controlled.
With the help of AI support, our CT solutions can help you standardize oncology imaging. AI Rad Companion Chest CT can help you speed up routine workflows and reduce turnaround time thanks to automated lesion detection. And myExam Companion empowers staff of different experience levels to achieve high-quality scans on a consistent basis – in various patient cases and for a broad range of procedures.
myExam Companion white paper
The intelligent support and real-time guidance that myExam Companion offers has the potential to revolutionize the efficiency and quality of oncology imaging workflows. Download our new white paper to examine this groundbreaking technology in detail.
Personalize patient care
While early detection of cancer is crucial, tumors often remain undiscovered until it is too late. This is particularly true for lung cancer, which claims 1.7 million lives per year. This cancer is usually diagnosed when metastasis are already present.5 The majority of patients do not even survive the first year after diagnosis.6 At-risk populations should therefore be screened regularly – but cumulative dose levels are a concern.
Our solutions portfolio features Tin Filter, an innovative technology that helps you optimally tailor radiation exposure. And, with FLASH spiral scans as well as Dual Source CT technology, fast scans allow you to significantly reduce exam times for patients who have shortness of breath or are undergoing pain management.
Tin Filter & dose
Courtesy of MVZ Langenhagen, Germany
Adding tin filter technology to your clinical daily routine low dose lung protocol
SOMATOM go.Up
Scan time: 9 s
Scan length: 33 cm
Pitch: 0.8
Rotion time: 0.5 s
Scan parameters: Sn110 kV
CTDIvol: 1.67 mGy
Image type: 0.8 mm Br40 | Bl64
- 0.8 mm slice reconstruction
- Profit from high density of detector channels
- High image quality combined with optimized radiation dose with Tin filter
Advantages of Tin Filter: customer interview
Prof. Nicola Sverzellati heads up the radiology unit at the University Hospital of Parma in Parma, Italy. In this video, he discusses how Tin Filter can help optimize lung cancer screening programs.