Diagnostic software
To maximize your benefit SOREDEX has decided to offer you OnDemand3D Application software to be used with SCANORA® 3D. While SCANORA® 3D’s own software acts as acquisition software and is optimized for all 2D related tasks, OnDemand3D Application is worldwide one of the best and easiest to work with 3D software solutions available.
OnDemand3D supports the DICOM 3.0 standard and thanks to its modular structure, it serves a wide variety of professionals – from general practitioners to radiologists.
SOREDEX is currently offering the following configurations and options:
OnDemand3D Application (Planning station)
OnDemand3D Application is dental imaging software that provides 3D visualization of Cone Beam CT images. It includes MPR (Multi-Planar Reformat), panoramic, cross-sectional and TMJ views as well many functions for fast and precise diagnoses.
Main Functions
OnDemand3D Application makes it possible to manage and organize dental Cone Beam images more easily and provides advanced tools for 2D and 3D analysis because of its wide variety of visualization and reformatting functions. The main functions of OnDemand3D Application are arranged in the following different modules.
DBM (Database Manager)
DBM module manages DICOM data. You can store and manage the data on the local disk as well as on the OnDemand3D server or a PACS system. You can simply drag & drop the DICOM data to copy (or move) to a different location.
DBM is also capable of writing DICOM files to CD/DVD. You can store DICOM images on CD/DVDs including a DICOM CD Viewer.
DLB (Dynamic LightBox)
Dynamic LightBox allows the quick and easy browsing of volumetric 3D images.
It provides axial, sagittal, and coronal views.
DVR (Dental Volume Reformat)
Dental Volume Reformat allows 3-dimensional volumetric images to be reconstructed into specific reformatted dental images such as panoramic, cross-sectional, sagittal, and coronal images as well as TMJ. Not only conventional 2D images but also thickness imaging, MIP, and even 3D rendered images are supported. Implant simulation is also supported.
Implant Planning
Implant planning is a functional addition to the DVR module. It provides an implant library, simulations of implant placement, bone structure analysis and location of the mandibular canal.
3D
The 3D module provides state-of-the-art 3D visualization, segmentation, and analysis functions for DICOM images. The 3D module has various rendering modes such as VR (Volume Rendering), MIP/MinIP, and many more. Its unique 3D zoom function enables users to visualize small anatomical structures with a high degree of accuracy and quality.
X-ray Generation
X-ray Generation is a module for creating perspective-projected X-ray images such as lateral or frontal Cephalometric images. Just pick a pair of points that correspond to the virtual ear-rods and this module will generate the lateral Ceph X-ray image and frontal X-ray image in the same configuration and magnification as a real Cephalostat image.
Report and X-Report
The Report module keeps track of captured images in the OnDemand3D Application and you can create a custom report in multiple formats . Also, the Report module supports extended functions such as save, print, make films (by DICOM print) and transmit the captured images to DICOM/PACS servers. View sample report (14" x 17") (PDF, 570 kb).
OnDemand3D Viewer (Viewing station)
OnDemand3D Viewer is a simple but powerful DICOM viewer that provides quick and easy access to projects generated by the Ondemand3DTM App and original DICOM data.
With the OnDemand3D Viewer, you can view and manipulate your data from the local database as well as from the server. The OnDemand3D Viewer can import and retrieve DICOM data from the local hard drive, CD/DVD, local network, the OnDemand3D Server, and even 3rd party PACS Servers.
OnDemand3D Server
OnDemand3D Server is for storing and managing original DICOM data and project files that have been created in OnDemand3D App. OnDemand3D Server supports mutual transfer of images through PACS, and other networks configurations.
For more information visit http://www.ondemand3d.com/
