top of page
New banner
Dacoda logo

​Advanced Image Reconstruction Software for Cone Beam Computed Tomography

TM

Dacoda

Dacoda is an advanced 3D image reconstruction software library engineered specifically for Cone Beam Computed Tomography (CBCT).  It reconstructs image slices in the three cardinal planes (axial, sagittal, and coronal) as well as multiplanar reconstructions in any desired plane. Additionally, Dacoda enables complete volume rendering of the imaged volume from any viewpoint.

Key Features

  • Reconstruct slices in all cardinal planes (axial, sagittal and coronal)

  • Multiplanar reconstruction (any plane)

  • Fast volume reconstruction (< 30s)

  • Real-time reconstruction of slices

  • Real-time volume rendering from any viewpoint

Dacoda reconstructed images

Dacoda Software Development Kit

The Dacoda Software Development Kit (SDK) is a comprehensive and easy-to-use solution for manufacturers of CBCT imaging systems that wish to integrate the advanced features of the Dacoda library. 

 

The Dacoda SDK facilitates rapid product development , reduced R&D costs and faster time to market. 

The Dacoda SDK includes our Astria automated geometry calibration tool for a more accurate image reconstruction and better image quality.

System Requirements

OS: Windows 10 & 11, 64-bit

Graphics: NVIDIA graphics controller with minimum compute capability of 3.5 and typical GPU memory of 6.0 GB. The actual memory depends on the reconstructed image size and number of projections.

Registration: Available USB port for a USB key with valid license options from RTT

SDK Includes

  • Dacoda Library

  • Sample C Program

  • Interactive GUI sample program

  • Fully-specified API document

  • Dacoda Configuration File with:

    • Customized Image Looks

    • Optimized Dacoda parameters

    • Nominal geometry

  • Astria automated geometry calibration tool

  • Multiple USB Licenses

  • Development  & support tools

  • Technical & clinical suport

Products
Company
  • LinkedIn
  • Facebook
  • X
Copyright © 2016-2024. Real Time Tomography, LLC. All rights reserved.
bottom of page