Description

• Type: Digital Radiography (DR) System

• Generator: High-frequency generator

• Detector Type: Fully digital flat-panel detector

• Detector Size Options: 35×43 cm / 43×43 cm (varies by configuration)

• Tube Stand Movement: Vertical, horizontal, and rotational flexibility

• Table Type: Fixed or floating table (model dependent)

• Load Capacity: Up to 300–300+ kg (varies by table configuration)

• Image Processing: Siemens advanced image algorithms

• Dose Management: Integrated low-dose technology

• Applications: General radiography, orthopedics, chest, trauma, and emergency imaging

• User Interface: Touchscreen control console (where configured)

• Connectivity: DICOM compatible

• The Siemens Multix Fusion is a versatile and dependable digital radiography system designed to deliver high-quality imaging for a wide range of clinical environments. Built with Siemens’ precision engineering, the Multix Fusion combines excellent image clarity, dose efficiency, and smooth workflow automation to support faster and more comfortable patient examinations. Its advanced digital detector technology ensures sharp, high-resolution images, enabling radiologists to make confident diagnostic decisions even in complex clinical cases.

  The ergonomic design of the Multix Fusion improves technician accessibility and patient positioning, reducing examination time and enhancing overall productivity. With flexible movement, motorized controls, and customizable imaging settings, the system adapts seamlessly to various radiographic applications including orthopedics, chest imaging, trauma care, and general radiography. The integrated dose management features help maintain patient safety while still producing superior image quality.

  Whether installed in hospitals, diagnostic centers, or emergency imaging departments, the Siemens Multix Fusion provides reliable performance with low operational costs. Its durable components, energy-efficient operation, and user-friendly interface make it a long-term asset for healthcare facilities that require consistent, high-quality imaging with minimal downtime.