Autodesk is proud to be the Official Design & Make Platform of the LA28 Olympic and Paralympic Games and Official Supporter of Team USA.
Photorealistic rendering of the exterior of a concept car
3D visualization is a technical and artistic process of creating and displaying 3D designs of products, buildings, and landscapes that viewers can use to evaluate how they will look and feel in real life. Artists, designers, and engineers employ software for 3D visualization to model, lay out and/or animate, and render the design into a 3D graphic that anyone can experience on mobile devices, web browsers, and augmented reality (AR) or virtual reality (VR) devices.
Many industries—including architecture, product design and manufacturing, and media and entertainment—use 3D visualization to evaluate early-stage designs, test ideas, and share feedback. This digital process leads to improved collaboration across teams, greater productivity, and cost savings compared to physical prototyping. Additionally, 3D visualization has gained popularity for demonstrating and displaying products for marketing and e-commerce purposes.
Visualization of the Romulus building designed and rendered in Autodesk software
While 3D visualization and rendering software are sometimes used interchangeably, they are technically different terms. Rendering is part of the larger 3D visualization process. In contrast, the larger job of 3D visualization refers to the overall art of making 3D graphics and animations that showcase the specific attributes of an architectural or product design.
As part of 3D visualization, artists create 3D models (often CAD or building information modeling [BIM] models); add textures and lighting effects; render; and, optionally, perform post-production tasks, such as color correction. The next stage uses rendering software to combine all 3D models, graphics, still images, and text and process them into a final, photorealistic 3D image.
Designers, engineers, marketers, and educators use 3D visualization to create digital experiences that present and prove their concepts.
Using BIM data, 3D architectural visualization is common in the architecture industry to create real-time interactive representations of projects for efficient design reviews or to connect architecture and construction teams. Similarly, interior design rendering software has become invaluable for presenting immersive 3D interior design experiences to clients before devoting physical resources to a project.
For product design and manufacturing businesses, 3D visualization through augmented reality (AR) makes it possible to evaluate designs, validate the assembly process, train factory staff, and simulate fabrication—all in an efficient virtual environment. Along the same lines, augmented and virtual reality (VR) 3D visualization is highly effective for educating the next generation of design and manufacturing workers and is feasible in institutions without full access to a digital factory.
In media and entertainment, video game companies and TV/film/visual effects production studios use 3D visualization software to present concept art for approval.
But early-stage stakeholder approval is only one way 3D visualization has impacted business. It has also become a popular marketing tool to convince customers at the point of sale. 3D product visualization software is a powerful e-commerce tool providing photoreal renders, interactive product configurations, and AR/VR shopping.
The realistic spatial presence of 3D visualization has several benefits for the architectural, product design, and 3D entertainment industries.
Detailed design visualization can reduce the need for physical product prototypes or architectural models while also helping to catch engineering or design errors earlier.
With 3D visualization, teams and stakeholders can collaborate and communicate better, leading to more effective problem-solving, greater transference of design knowledge, and potentially faster time to market.
3D visualization software lets creators present designs with more realism, leading to deeper engagement and understanding.
Effective 3D product visualization makes e-commerce platforms more compelling in the moments when customer interest is the highest.
As online shopping increasingly replaces traditional brick-and-mortar stores, offering an immersive product experience can significantly boost your conversion rates. Using 3D product visualization software like Autodesk 3ds Max and Arnold, you can create detailed digital models of your products that customers can rotate, zoom in on, and customize by changing colors and textures. This approach not only enhances e-commerce but also has applications in education and entertainment, allowing users to interact with 3D models of animals, vehicles, and other objects for a more engaging experience.
Storytelling is essential for engaging audiences and clarifying complex notions. Tools like Autodesk Maya allow you to create detailed animations that bring your ideas to life. Whether you're illustrating the operation of a factory machine or demonstrating the anatomy of a new car, animation can effectively transform 3D visualizations into engaging visual narratives that inform and captivate.
3D visualization software goes beyond simply creating 3D objects. You can customize and tweak your creations in almost infinite ways, including:
An object in 3D space appears differently depending on where it’s lit from and by what light source. As well as different parts of the object being in light or shadow, 3D visualization software allows it to cast its own shadow. In the case of interior design and architectural rendering software, it also means you can really showcase how a space is intended to look.
Animation brings your 3D models to life by infusing them with movement. You can animate the interaction of design elements of a shoe or create immersive walkthroughs of new architectural builds, offering a dynamic and engaging way to showcase your vision.
3D virtual prototyping software for automotive design—available as VRED Design, VRED Professional, and VRED Presenter
KENGO KUMA AND ASSOCIATES
This giant of architecture uses Autodesk rendering software like 3ds Max for the 3D visualization of its high-concept designs, such as showing the interplay of light and shadow from the sun’s motion across days and seasons on the exterior and interior of a building.
Image courtesy of Kengo Kuma and Associates
Ingérop
Engineering firm Ingérop created real-time 3D visualization of the projects using Autodesk rendering software to judge the entries for Notre-Dame Cathedral’s new landscape design.
Image courtesy of Ingérop
CGI Furniture
CGI Furniture sidesteps the unsustainable process of shipping physical prototypes overseas by furnishing international clients with high-end 3D visualization of furniture made in 3ds Max.
Image courtesy of CGI Furniture
Take this free course to start producing architectural visualization with AutoCAD and 3ds Max.
Check out these Autodesk University videos covering 3D visualization in VRED.
These tutorials teach you to render in 3ds Max from AutoCAD (part 1) and from Revit (part 2).
Learn the principles of 3D visualization when digital prototyping in Fusion 360, including lighting, scene settings, and other appearances.
Learn a variety of 3ds Max visualization techniques, including automotive exterior rendering, advertising strategies, and product visualization.
These Maya tutorials cover advertising campaigns, automotive lighting, product visualization, and more.
The difference between 3D rendering and 3D visualization is a matter of process. 3D visualization includes 3D rendering under its broader umbrella. 3D rendering is the final stage of the process, when the 3D visualization software combines the elements of the 3D models, 2D graphics, still images, and text into a final form.
By comparison, the larger 3D visualization effort refers to the entire process of making a 3D graphic, which can include modeling, texturing, lighting, 3D rendering, and post-production elements.
The difference between 3D rendering and 3D visualization is a matter of process. 3D visualization includes 3D rendering under its broader umbrella. 3D rendering is the final stage of the 3D visualization process, when the software combines the elements of the 3D models, 2D graphics, still images, and text into a final form.
By comparison, the larger 3D visualization effort refers to the entire process of making a 3D graphic, which can include modeling, texturing, lighting, 3D rendering, and post-production elements
The best software for 3D visualization allows engineers, designers, architects, and gaming and animation artists to translate CAD and BIM models into real-time interactive 3D presentations. This format is ideal for reviewing the design quickly and easily by remote teams or customers.
Autodesk’s best 3D visualization software includes 3ds Max, which is popular in the game, architecture, and product development industries for design visualization. Autodesk Maya also has extensive 3D visualization capabilities, and Autodesk VRED brings complex data to life in 3D visualization in VR and AR environments.
Autodesk Revit is used widely for architectural visualization, allowing engineers to create 3D BIM structures, annotate them with 2D drafting elements, and adapt them for 3D visualization. Autodesk Fusion 360 also has powerful 3D product visualization features useful for rapid prototyping.
Several types of 3D visualization are used to present architectural, products, landscape, and concept designs for gaming, advertisements, and TV/film. One type of 3D visualization that has become very popular—real-time interactive 3D visualization—lets users see digital twins of buildings, objects, or virtual worlds with dynamically updating colors, lighting, and other features.
A faster and cheaper alternative displays CGI images of designs without the interactive aspects. Physical models made from clay, 3D printing, and other means can also fall under the banner of 3D visualization. However, the term 3D visualization most often refers to virtual representations rendered from the software for 3D visualization.
