Max Heiland, MD, DMD, PhD, Director of the Oral and Maxillofacial Surgery Department at the Clinic
Bremerhaven – Reinikenheide, Germany

„The intraoperative use of 3D C-arm-based imaging, especially in the following circumstances, is of enormous value:

• after open reduction of midfacial fractures, since not all fracture sites are exposed and controlled by direct vision;
• after open reduction of mandibular fractures, because the lingual cortex is generally not explored due to the danger of an increased gap after osteosynthesis;
• after complex bony reconstructions (e.g., microsurgical tissue transfer) with patients that are transferred to the ICU postoperatively and not available for conventional radiographs;
• children with different indications for preoperative CT scans, which usually require sedation or general anesthesia in the radiology department, may now be substituted with intraoperative scans immediately before surgery;
• handicapped or demented patients with obvious indications for surgical treatment in general anesthesia (e.g., dental surgery), with whom sufficient preoperative radiographs are not possible.”

Improved clinical workflow

• Intraoperative 3D imaging enables intraoperative revisions and evaluation and replaces postoperative CT control

• ARCADIS® Orbic 3D requires only 30 seconds for a complete standard quality scan with 50 2D images in 1K² resolution – or 60 seconds for a high quality scan comprising 100 2D images

3D Dual Monitor

• 3D dual monitor support allows for synchronized parallel scrolling displayed on two monitors
• For comparison purposes, a scan acquired before an intervention and another one acquired during the intervention can be reviewed simultaneously

VRT

• VRT (Volume Rendering Technique) for volume visualization and easy orientation in the dataset

Fusion

• 3D Image Fusion for merging 3D data even from different modalities

Straightforward operation right from the start

• All patient data can be loaded to your worklist directly from your HIS/RIS
• Query the archive using the search function
• Support of virtually all DICOM 3.0 functionalities, i.e., comprehensive connectivity with other modalities and clinical networks

syngo® user interface for intuitive system operation, image postprocessing and networking

• Workflow-oriented Task Card concept
• Basic/Extended Menu for faster orientation and operation

Simply click and go ahead

• Large range of medical applications in the Examination Task Card
• Intuitive selection of programs by using VPA (Virtual Patient Anatomy). Simply click on the VPA body region to be examined to select the appropriate application program
• Up to 200 dedicated, application-specific programs are available

Precise imaging and excellent visualization

• Optimally matched, fully digital 1K²-imaging chain from image acquisition to viewing and archiving
• EASY (Enhanced Acquisition System) with automatic dose, contrast and brightness control

High performance for demanding applications

• The x-ray tube delivers currents of up to 23 mA and allows for over 50 minutes fluoro time “Power Mode” for applications where high power is required

Immediate fluoro playback and large storage capacity

• Fluoro Loop delivers an automatic replay of acquired scenes directly after radiation stops
• With LSH (Last Scene Hold) the last up to 120 acquired images are kept in a temporary memory and can optionally be stored to the local database
• Overall storage capacity of 60,000 images

Forget the light box

• Fully functional multi-modality workstation. Multi-modality viewing allows you to access images from other modalities, such as CT and MR

• syngo DICOM Viewer for platform independent viewing of images