I have recently found a software called "RadiAnt DICOM Viewer": it is simply amazing, really easy to use and does great 3D reconstructions. It's not free but there is a trial period.
Universitätsmedizin der Johannes Gutenberg-Universität Mainz
Hi,
I'm working with Slicer 3D https://www.slicer.org/ which is an open source project. It's powerful and has a lots of dedicated modules to chose. However, it is not intuitive and as any open source software there is no structured documentation and you have to find your way through the concept and navigation. It's available for Mac and Win.
I'm using it efficiently for cutting volumes, scaling intensity range, resampling, manually as well as automatically co-registering MRI/CBCT or CT/CBCT. Creating labels and masks. Volumetric 3D rendering, reconstructing implants, filtering......
Another user friendlier alternative would be Osirix, although commercial there is a freeware version which you may download after registering. http://www.osirix-viewer.com/
Universitätsmedizin der Johannes Gutenberg-Universität Mainz
Hi,
I'm working with Slicer 3D https://www.slicer.org/ which is an open source project. It's powerful and has a lots of dedicated modules to chose. However, it is not intuitive and as any open source software there is no structured documentation and you have to find your way through the concept and navigation. It's available for Mac and Win.
I'm using it efficiently for cutting volumes, scaling intensity range, resampling, manually as well as automatically co-registering MRI/CBCT or CT/CBCT. Creating labels and masks. Volumetric 3D rendering, reconstructing implants, filtering......
Another user friendlier alternative would be Osirix, although commercial there is a freeware version which you may download after registering. http://www.osirix-viewer.com/
For a fairly easy early reconstruction of your data you could use ImageJ or FIJI (essentially the same thing). There is a reasonable amount of support online and it's free to download.
You have many options: You can use Mimics (materialise) or AMIRA-AVIZO that are licensed software. And you have free software like 3D slicer or Image J , and you can do the almost same functions with a little more training.
I second Slicer and also MITK, but additionally recommend DeVIDE. DeVIDE is open-source visual programming software for rapidly prototyping complex 3D visualisation and image processing solutions by graphically connecting up colourful boxes and writing small Python scripts. Devide includes Python, VTK, ITK, numpy, matplotlib, wxpython and more.
As DICOM images will be involved so I recommend a DICOM viewer called RadiAnt DICOM Viewer 3.0.2.12209. A free evaluation version is available at http://www.radiantviewer.com/download.php
I will definitely go for user friendly Invesalius after having tried many open source software. Slicer 3D and other software are also quite useful. To start with better go with Invesalius 3 available at http://www.cti.gov.br/invesalius/
I would recommend you Real3d VolViCon (http://real3d.pk/volvicon/) which is very simple to use and reconstructs 3D mesh model with just 3 clicks.
VolViCon is an advanced application for reconstruction of computed tomography (CT), magnetic resonance (MR), ultrasound, and x-rays images. It gives features for exporting 3D surfaces or volume as triangular mesh files for creating physical models using 3D printing technologies. It also provides high-quality visualization, linear and angular measurement tools, and various type of markups. It takes a single raw volume file or a sequence of 2D (i.e., DICOM) files and reconstructs 3D volume (voxels) and mesh (surfaces) models.
I have used much software for 3D reconstruction and I have found that MAGICS is the best tool for this work.
Because it has simple GUI, less computing time, good reconstruction algorithm moreover it is very simple to navigate for the new user because it has very rich help documents.
I intend to reconstruct 3D images based on Meshlab. but currently I am not able to open Meshlab on my PC. Just 2 images appearing quickly then disappearing
Dear Dr Zhicheng Zhang, the best mat software is that which allows you to plan and achieve the maximum estimated (by value SR) super-resolution on 1D-3D data from measuring devices. To do this, we are implementing new mathematics, look at the latest draft articles in Russian.
I currently do not have data from CT/microtomographs and radars, etc.
Mimics (medical/research) seems to be the most robust and "clean" software you can you. However, it is not free.
3D slicer is a great piece of free open-source software. But as mentioned earlier in the thread it has not got much in the way of guidance on how to use it.
I use both Mimics and Simpleware, which are not free. Invesalius seems to be a simplified Mimics and has limited functions but it is free. I use OsiriX but as people mentioned here, it is a visualisation software rather than a reconstruction software.
Iterative reconstruction algorithms for computed tomography (CT) through total variation regularization based on piecewise constant assumption can produce accurate, robust, and stable results. Nonetheless, this approach is often subject to staircase artefacts and the loss of fine details. To overcome these shortcomings, we introduce a family of nov...
Established techniques for three-dimensional radiographic reconstruction such as computed tomography (CT) or, more recently cone beam computed tomography (CBCT) require an extensive set of measurements/projections from all around an object under study. The x-ray dose for the patient is rather high. Cutting down the number of projections drastically...
Background: To determine the accuracy of volumetric measurements of the mandible in vitro by cone-beam computed tomography (CBCT) and to analyze the influence of voxel sizes and segmentation threshold settings on it. Methods:The samples were obtained from pig mandibles and scanned with 4 voxel sizes: .125 mm, .20 mm, .30 mm, and .40 mm. The minimum...