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There is a great range of benefits that the best 3D data visualization software tools can bring to your small/big data projects for business or scientific needs.
Not only 3D graphing software allows you to see many data points and micro-clusters but it also delivers next levels of understanding of your bar graph, pie chart, scatter plot, and etc.
Not only 3D graphing software allows you to see many data points and micro-clusters but it also delivers next levels of understanding of your bar graph, pie chart, scatter plot, and etc.
How Visualize Free Works. Visualize Free is a free cloud-hosted, zero-client app for data visualization and analytics. It is a derivative of the commercial platform for dashboard, reporting and data mashup developed by InetSoft. Simply upload your data and drag-and-drop to create visualization dashboards with built-in interactivity. Molecular Visualization Freeware for proteins, dna and macromolecules. One of four chains in oxy-hemoglobin zooming in to oxy-heme (from 1hho.pdb by B. This is an animated picture: you cannot move it with your mouse, but you can when displayed in any of the software offered here.
Now, there is a great range of online and on-premise 3-dimensional interactive tools that are cost-effective while improving your visual communication on big data projects.
On this page:
- A list of the best and free 3D data visualization tools with interactive capabilities – for business and scientific needs.
1. FusionCharts
FusionCharts is a famous JavaScript charting library that provides more than 90 charts (including 3d data visualizations) and 1000 maps for almost all type of devices – desktop, web, mobile apps, and platforms.
FusionCharts has very quick integration with all tech stacks including React, Angular, Vue, jQuery, Java, .NET or PHP.
The graphs you can create with FusionCharts are interactive, beautiful, and full of amazing features such as chart label overlapping, legend positioning, and much more.
Key features and benefits:
- A great range of 3d data visualizations tools such as: columns in 3D, grouped column in 3D with multiple series, 3D bars, 3D pies and donuts, stacked bars in 3D, funnel and pyramid graphs in 3d and many more types of graphs.
- Real world stories narrated through interactive data visualizations.
- 20+ Dashboards for all business use-cases, with source code.
- Comprehensive documentation, direct support from developers, quick Integrations with all tech stacks.
- Dedicated developer support team available almost 24×7, except naptime.
- Over 28,000 customers in 118 countries.
- 95+ charts and 1400+ maps to create any visualization that you need.
Pricing: basic and enterprise pricing options starting from $497 for a single developer.
Website: www.fusioncharts.com
2. Plotly
Plotly is definitely one of the best 3D data visualization software tools when it comes to business needs and graphing solutions. With the Plotly tools, you can create, modify, and share a broad range of interactive and graphical data on the web including 3D data visualizations. It is available in the cloud or on-premises.
And the best part is that you do not need to know coding or any data scientist skills to create, organize and present charts.
Plotly collaboration servers allow you to share interactive graphs and Dashboards with team members or other colleagues.
Key features and benefits:
- Open source graphing library with 3D charts – you can easily make interactive, publication-quality 3D graphs online.
- Make D3 and WebGLcharts entirely without code by uploading a CSV file or connect to a SQL database through Falcon.
- Create modern, online reports with Dash.
- A Python framework for building analytics web apps.
- Best-in-class data visualization to your products.
- The fastest growing open-source visualization libraries for R, Python, and JavaScript.
- Any chart that you could make in MATLAB, matplotlib, or ggplot2, you can make interactive with Plotly.
Pricing: Plotly has two types: cloud and on-premises. Each has its own pricing packages. Plotly Cloud starts from $99 user/year for students. Also, Plotly Cloud has a community free version.
The on-premise enterprise solution starts from $9960.00/year.
Website: https://plot.ly
3. GenView 3D
GenView 3D is a data visualization program with a very wide range of data images that can act as a great basis for data-driven decision-making or marketing intelligence process.
This 3D data visualization solution is a modern business decision-making software for managers and teams to control, coordinate, and ensure alignment with business goals and expectations.
Moreover, with GenView 3D you have a simplified and unified view of the KPIs (key performance indicators), anytime, and online, anywhere.
Key features and benefits:
- 3-dimensional interface that provides you with a greater data visualization and understanding of the business and operational activities.
- User-friendly and simple interface.
- A powerful engine that allows following the data management best practices.
- 3D intelligence software available from a PC, Mac, tablet or smartphone to view and control business processes from anywhere.
- Great team collaboration capabilities.
- Real-time information to never miss an opportunity.
- Accelerate decision-making and measure real-time performance.
Pricing: You need to contact GenView 3D for pricing information or other product details.
Website: www.genview3d.com Macx iphone video converter 3 2 3.
4. Vaa3D
‘Vaa3D’ means “3D Visualization-Assisted Analysis” software suite. It is used in a number of projects worldwide and when it comes to best free 3D data visualization software, Vaa3D has a lot to show.
Vaa3D is a 3D and also 4D and 5D image visualization and analysis software for bioimages and surface objects. It has a great range of unique functions that you may not find in other software. It is open source with a very simple and powerful interface.
Vaa3D is a cross-platform solution – it runs on Mac, Linux, and Windows. This software suite is powerful for visualizing 3D image stacks and various surface data. Vaa3D also provides powerful modules for 3D image analysis, statistics, and data management.
Vaa3D is a cross-platform solution – it runs on Mac, Linux, and Windows. This software suite is powerful for visualizing 3D image stacks and various surface data. Vaa3D also provides powerful modules for 3D image analysis, statistics, and data management.
Key features and benefits:
- A great range of data types: 3D color image stacks, 5D time series of color image stacks, 3D irregular shaped surfaces, 3D neuron structures, 3D point cloud, 3D landmarks.
- 3D real-time interactive visualization.
- 3D image analysis functions such as quantitative measurements, landmarking, data management, 3D colocalization, blending, and more.
- Very fast – Vaa3D visualizes and explores big 3D, 4D, and 5D images within seconds or sub-seconds!
- Performs comprehensive types of analysis such as brain connectome mapping.
- 100+ plugins for image acquisition, data management, and data analysis, massive-scale pipelining, and much more.
- Supports convenient and interactive local and global 3D views at different scales.
Pricing: For free download and open source.
Website: http://www.alleninstitute.org/
Want More Good 3D Data Visualization Software Tools?
Here is a list of other great solutions: free and paid.
5. VTK
VTK (The Visualization Toolkit) is a free and open software tool for 3D graphics, modeling, image processing, scientific data visualization, and other information visualization.
VTK is used worldwide in many commercial applications or in research and development. In fact, VTK is the basis for a lot of modern 3d data visualization tools such as ParaView, VisTrails, VisIt, OsiriX, and MayaVi.
Website: https://www.vtk.org
6. ANTz
ANTz is an immersive 3D data visualization software tool and a realtime multi-dimensional environment for data analysis and decision making. It provides an interactive and real-time 3D data viewing tool for cognizance of complex systems.
It is for free download on your MS Windows, OSX Mac or Linux. It can synergize any industry, academia, national labs, and other government agencies.
Mashup 2 5 1. Website: http://openantz.com
7. Amira
Amira is a 3D and 4D visualization and data analysis software tool. It is a very powerful platform for visualizing, manipulating, and understanding life science research data.
Amira has incredible speed and flexibility while enabling advanced 3D and 4D+ bioimaging workflows in research areas ranging from structural and cellular biology, to tissue imaging, neuroscience, preclinical imaging, and bioengineering.
Website: https://www.fei.com/
8. SynGlyphX
SynGlyphX is a software that transforms data into a visual, 3D, immersive and interactive environment and thus allows users to interact with their data and to more quickly discover valuable insights.
SynGlyphX software enables users to make sense of complex data and to create and modify interactive visualizations and thereby accelerate and enhance informed decision making.
Website: www.synglyphx.com/
Best Free 3d Modeling Software
9. Miner3D
Miner3D is a 3D data visualization software tool with highly interactive analytics environment to support your business decision-making.
Miner3D helps you to discover important information that might otherwise stay hidden in your data. It is helpfull if you are trying to spot unusual trends and find patterns in your data.
Miner3D helps you to discover important information that might otherwise stay hidden in your data. It is helpfull if you are trying to spot unusual trends and find patterns in your data.
Miner3D comes with 3 types: Enterprise, Professional, and Basic solution.
Website: secure.miner3d.com/
What is your favorite 3D data visualization software tool? Share your thoughts in the field below.
DEFINITION
3D Visualization software is used to view and interrogate 3D models and other deliverable created with Mechanical Computer Aided Design (MCAD) software.
3D Visualization software is used to view and interrogate 3D models and other deliverable created with Mechanical Computer Aided Design (MCAD) software.
3d visualisation is the practice of using a computer to create imagery (still imagery, animated or Virtual Reality) in order for the viewer to ‘visualize’ a thing or things (usually a design concept) that does not yet exist. This is usually because it is most likely still at a design stage and so may not be economically viable (nor efficient) for it to be built in real life just to take a picture of it. Instead, it is easier, cheaper, and better first to create some photo-realistic looking images to get ideas across to the target audience.
A 3d Visualiser needs a good computer to run all the above types of 3d software in order to create the 3d imagery that is expected from them as a standard, laptop or general purpose PC will usually not be powerful enough. Plenty of ram, a fast processor and usually several high-end graphics cards are often required.
A professional 3d Visualiser can learn his/her craft at a college, and there are even full-time courses held at University which cover many areas a 3d Visualiser may be expected to be able to tackle professionally. There are also online courses (on sites such as Pluralsight) and even YouTube is a great resource as well. In the early days of 3d visualisation, most of us learned through the handful of books then available……
3d Architectural Visualization Services
APPLICATION
In the development process, 3D Visualization software can be used to:
- Enable non-engineering roles to participate in design. Without 3D Visualization software, MCAD software would be required to view and interrogate 3D models, even for non-engineering roles in manufacturing, service, procurement and other functional groups.
- Allow collaboration across the supply chain. Specifically, other organizations can view and interrogate a 3D model even if they do not have the MCAD software used to design the model originally.
CAPABILITIES PROVIDED
MCAD software provides some combination of the following capabilities:
- 3D Model Conversion to Lightweight Formats: 3D models in CAD applications can be exorbitantly large in size. This is because the 3D models contain the full definition of how the geometry was created, often using parametric feature-based approaches. When applications in this technology category import such models, they convert them into lightweight models that are dramatically smaller in size and more responsive in terms of performance.
- 3D Model Interrogation: Some non-engineering stakeholders only need to be able to interrogate 3D models to obtain the information they need to do their jobs. This includes taking measurements, creating cross-sections and checking other geometric characteristics. This set of capabilities is common for the applications in this technology category.
- Markup and Review: A critical activity in engineering is the design review. This involves engineering peers checking the validity of the design and checking for mistakes and errors. These applications enable engineers to do so by marking up the 3D model with highlights and annotations.
- Procedure Development and Validation: Organizations such as manufacturing and service often need to do more than simply interrogate a 3D model. They must develop procedures that represent how the product will be manufactured on the shop floor or serviced in the field. Software providers for these applications have added capabilities that allow users from these organizations to develop such procedures and then validate that they can in fact be completed.
- Specialized Visualization: Visualization technologies initially started out as generic tools that could be used in a wide variety of use cases. Since that time, more and more organizations have voiced needs to produce specific types of deliverables, and software providers have enhanced their applications to accommodate them. Today, there is a wide range of specialized 3D Visualization applications that use organizational specific terminology as well.
- Mobile 3D Visualization: While some activities in 3D Visualization applications require a user to sit at a desk, many do not. Software providers have been active in moving their applications to mobile platforms like tablets and smartphones. As a result, engineering and non-engineering stakeholders alike can work on the go.