With traditional X-ray, complex radiographic examinations are often challenging or cumbersome, especially in musculoskeletal or trauma cases.
With Multitom Rax we offer a high-performance system that excels in such examinations helping you expand precision medicine. Its Robotic Advanced X-ray technology (RAX) supports you in daily clinical routine and beyond and sets new standards in musculoskeletal and trauma imaging.
In advanced musculoskeletal imaging, a high degree of precision, accurate positioning, and wide anatomical coverage are needed.
Multitom Rax offers unparalleled precision and flexibility in positioning, allowing projections from all angles and unique automated workflows that make musculoskeletal insights feasible in clinical routine. And all that while saving dose.
Advanced musculoskeletal imaging requires time-consuming patient and system positioning. Multitom Rax precisely positions and aligns itself, reducing the need for unnatural patient positioning – even in challenging situations like trauma cases. It supports staff and offers barrier-free 360° patient access. For fast, efficient, and productive workflows revolving around your patients.
Advanced musculoskeletal imaging calls for more than just radiography. Starting with precision radiography, Multitom Rax also allows 3D bone imaging1 as well as fluoroscopic1 and interventional imaging1. This way, it enables comprehensive diagnosis and can provide the basis for treatment planning – all in a single room on a single system.
Multitom Rax is the world´s first scanner in the new category of Twin Robotic X-ray.
Its technological advantages facilitate your daily routine, open up new clinical possibilities - and make the system fun to work with.
High complexity in diagnostic imaging makes it challenging to run the radiology department efficiently. Siemens Healthineers helps you to reduce complexity by offering specific solutions across the entire X-ray portfolio which let you standardize, analyze and secure the imaging fleet. In this way, you can gain valuable Fleet Level Benefits: consistency, transparency and confidence. This results in improved outcomes, increased efficiency and greater staff and patient satisfaction.
Courtesy of Hospital Barmherzige Schwestern in Linz, Austria
Fluoroscopy examination of the esophagus - Barium swallow examination
1611µGym²
71kV
5.6mAs
Mode: DFR 2fps
Courtesy of University Hospital in Erlangen, Germany
X-ray examination of the right shoulder
7.19µGym²
"Patients love how the robotic arms move around them, and they appreciate that we don’t have to twist their sore or broken bodies to get the image."
Patient table |
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Table height | 50 cm to 92 cm; total vertical travel range 42 cm (tabletop) | ||||||||||||||||
Tabletop material | Carbon fiber | ||||||||||||||||
Max. patient weight | 240 kg | ||||||||||||||||
Max. patient coverage | Approx. 190cm without patient repositioning | ||||||||||||||||
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X-ray generators |
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X-ray generator | 65 kW | ||||||||||||||||
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X-ray tube |
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Anode heat storage capacity | 580,000 J (820,000 HU) | ||||||||||||||||
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RAX detector |
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Input fields (active area) |
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Material | a-Si with CsI scintillator | ||||||||||||||||
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Accessories / Options |
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MAX wi-D | 35 cm x 43 cm x 1.9 cm (14” x 17” x 0.7”); 3 kg (6.6 lbs) | ||||||||||||||||
Detector | Cesium iodide scintillator | ||||||||||||||||
MAX Mini | 24 cm x 30 cm x 1.6 cm (10” x 12” x 0.6”); 1.6 kg (3.5 lbs) | ||||||||||||||||
Detector | Cesium iodide scintillator |
