Siemens Siremobil ISO-C C-Arm
The Siemens Siremobil ISO-C C-Arm, an intraoperative c-arm
The Siemens Siremobil ISO-C C-Arm provides a unique ability to acquire and view multiplanar three-dimensional images of intraoperative anatomy
Description
The Siemens Siremobil ISO-C C-Arm, an intraoperative c-arm
Completely Refurbished
- Optimized Clinical Workflow and Connectivity
- High Quality Imaging
- Powerful Performance of 1,4 kW
- User-Friendly Operation
- Clinical Versatility
- Dose Savings
- Fully Adjusted To Siemens OEM Specifications
- New Paint
- Full Electrical Inspection
- 6 Months Parts & Labor Warranty
Easy To Use Operation
- Intelligent color coding for precise positioning
- Excellent maneuverability due to its compact and lightweight design
- New ergonomic handles for comfortable operation
- Optimized Clinical Workflow and Connectivity
- Intuitive graphical user interface
- Context-sensitive shortcuts for system operation and networking
- Easy selection of application-specific procedures
- Integrated O.R.-relevant DICOM 3.0 functionalities
- Preview selection and viewing of clinical images via thumbnails
- High Quality Imaging
- New image processing and communication system MEMOSKOP CX
- High brightness- and high-contrast TFT monitors
- Mu-metal shielded image intensifiers
- Ideally matched imaging components from Siemens
- IREMOBIL Compact L is a digital imaging system for image processing, display, and storage in 1K
- Powerful Performance of 1,4 kW
- High power output of 1,4 kW
- Virtually unlimited fluoro time – over 50 minutes
- Tube currents of up to 8.9 mA for fluoro, up to 12 mA for DR
- 7” or new 9” light-weight image intensifier
- Storage capacity from 200 up to 5000 images
- Clinical Versatility
- Customer-specific organ programs
- Large range of orbital movement (130°) with 40° overscan for extended projection flexibility
- Best suited for applications in General Surgery, Orthopedics, Trauma Surgery, Pain Management, Ambulatory Care, Urology
Dose Savings with CARE* - High power output with minimal dose
- Digital image rotation, visualization of collimation location and laser targeting aimers
- Significant dose reduction in pulsed fluoroscopy in comparison to continuous fluoroscopy