3D Rendering Software

3D rendering is a process of developing and processing 3D model into a pixel-perfect 3D photorealistic image, which can be used by the end-users such as architecture, building and construction, media and entertainment, design and engineering, healthcare and life sciences, and academia, and others (GIS and forensic science industry).

Best 3D Rendering Software 2021

1. Maya
2. Unity
3. Solidworks Visualize
4. Gelato
5. Adobe Dimension 3D Rendering
6. Siemens NX
7. V-Ray
8. Cinema 4D
9. Direct3D
10. Blender 3D Rendering

Market Overview

Best 3D rendering software solutions are gaining traction in the current 3D computer graphics ecosystem in various industry verticals such as design and engineering, architecture, building and construction, media and entertainment, and healthcare and life sciences. 3D rendering has become the mainstream technology over the last few decades and has evolved into one of the most viable options for producing high-quality digital content. In 1844, 3D rendering vendors started offering solutions so as to offer enriched images to provide a better view. Further in the 1970s, 3D imaging sensors were introduced in the market. These 3D imaging sensors were used by the research laboratories for developing innovative techniques using light beams. Furthermore, in the 1990s, various organizations started adopting 3D imaging technology. Industry verticals such as media and entertainment adopted this technology for introducing 3D movies. In 2010, most of the enterprises started demanding 3D technology so as to improve their organizational procedures and offer improved services. Industrial segments such as healthcare and defense have implemented this technology for their daily functions. However, the high cost of these 3D devices has encouraged the market players to launch low-cost 3D devices to extend its usage across the businesses that have budget constraints. Currently, lack of 3D content is hindering its adoption across various industries such as media and entertainment. Thus, the market players are progressively working toward developing 3D content to increase the usage of this technology.

3D rendering continues to keep growing extensively in the medical and healthcare industry for surgical applications, diagnosis via Magnetic Resonance Imaging (MRI), Computerized Tomography (CT) scan, X-ray, and ultrasound. Moreover, its application has broadened across oral healthcare and oncology. The latent potential of this technology lies within industrial applications, media and entertainment, consumer electronics, and automotive. In the coming years, it is expected to be adopted at a very high rate and in almost every industry.

Due to the unconventional work ways, integrated workflows, along with the need for dynamic production procedures and customer services, businesses are rapidly embracing these solutions. However, 3D rendering faces the challenges of high cost of related imaging devices and hardware along with the lack of existing infrastructure support, thereby deterring its implementation across various businesses, especially organizations that have budget constrictions. Best 3D rendering software market, by application, is segmented into architectural and product visualization, high-end video games, marketing and advertisement, and training simulation; whereas by end-user, the visualization and 3D rendering software market is broadly segmented into architecture, building and construction, media and entertainment, design and engineering, healthcare and life sciences, academia, and others. Others segment in end-users include GIS and forensic science end users.

Best 3D rendering software market has been segmented on the basis of applications, deployment types, and end-users. The market is also segmented into five regions: North America, Europe, APAC, MEA, and Latin America. Currently, the market is led by North America, followed by Europe and APAC. Latin American and MEA regions are still in the introductory phase but are expected to grow steadily during the forecast period.

Top 25 companies offering 3D rendering software features were analyzed, shortlisted, and categorized on a quadrant under Visionary Leaders, Innovators, Dynamic Differentiators, and Emerging Companies to identified best 3D rendering software providers.

Maya, Unity, Gelato, Solidworks Visualize, Siemens NX, Adobe Dimension, and Cinema 4D are the leading players in the best 3D rendering software market, and are recognized as Visionary Leaders.

CorelDraw, Modo, Enscape, OctaneRender, KeyShot, and Vizrt are recognized as Dynamic players in the 3D rendering software.

V-Ray, Blender, and Direct3D are recognized as Innovators in the Best 3D rendering software market.

DAZ3D, 3Delight, Toolbag, CL3VER, WebGL, ZBrush, EIAS 3D, and Tech Soft 3D are recognized as Emerging players in the best 3D rendering software companies.

DRIVERS

Just-in-time marketing

Communication is considered as one of the most important aspects of marketing a product. Visual communication creates the highest impact on the target audience’s mind. The concept of marketing has witnessed a paradigm shift from conventional marketing practices to the use of photorealistic visuals. Best 3D rendering software that provides a clear and detailed representation of the product to the clients. The clients can also provide feedback about the product in the real-time which helps designers and engineers to modify their design. Marketing with 3D rendering provides endless flexibility to visualize the product from different multiple angles. This method proves to be fast, cost-effective, and economical marketing the product.

With rendering, companies can send an advertisement out for a new product even before it is constructed. With 3D rendering, marketing and product development can occur simultaneously. Clients can get a realistic picture of how the actual product will turn out to be. With the ability to constantly change the product as it is being developed, clients get an additional benefit to determine whether it will be successful in the market before the project is complete. When it comes to real estate marketing tools, one of the most popular tools is 3D rendering. A lot of architects, interior designers, and real estate companies are already using 3D rendering to market the properties they are selling. Hence, using 3D rendering as a marketing tool can provide a lot of benefits and advantages to both, the sellers and buyers.

Less time and low cost

3D imaging offers more flexibility, more affordability, and provides many advantages of photography. With the availability of better and faster computers and advanced software programs, 3D rendering has become easier, faster, and less expensive, making it available for almost everyone. Many vendors have come up in the market offering cost-effective 3D software and solutions. A traditional photo shoot takes the time to initiate and might take tens of thousands of dollars for a photo shoot to set-up. On the other hand, a 3D rendering of a product can be as low as a few hundred dollars. While changing the setting of a photo shoot midstream would be a costly affair. 3D rendering can show a product in any scene, any context at any time and can be changed at any point in the process. The flexibility of changing colors, textures, and showing variations of products can be done with little-added cost.

An easy-to-use render software

Architects, designers, and engineers use the best 3D rendering software tools to visualise their products. This app has a user-friendly gui, making it popular among users. Users create 3D visuals using visualisation software that are tailored to their needs. Rendering software does not necessitate a high degree of technological knowledge. These rendering plugins are simple to incorporate into existing rendering platforms or engines. These add-ons, which are available on the market, improve the rendering appliances' features. These add-ons and features add a special taskbar to the existing app, expanding the number of resources available for creating photo - realistic and 3D rendered animations. As a result, the user-friendly interface provided by the Best 3D rendering software equips designers and architects with the necessary technical knowledge to effectively use the tools. This has resulted in widespread use of 3D applications.

 

RESTRAINTS

Infrastructure is lacking.

Lack of resources in developing countries such as Latin America and Asia-Pacific pose a problem in order to support technology and equipment for efficient working. In addition, there is a scarcity of technical experts to help the technology. Owing to a lack of or scarcity of management commitment, software training, and 3D imaging compliant equipment such as 3D displays in these areas, only a small number of organisations use 3D imaging technologies. The high hardware cost of maintaining these innovations also has a significant impact on their adoption.

Furthermore, the limited supply of 3D and supporting technology contributes to the cost of 3D solutions rising. The company that uses this technology would also incur additional overhead costs as a result of this. Furthermore, acquiring new infrastructure to deploy 3D technological solutions is extremely expensive. The demand for 3D rendering is hampered by the inability of existing technology to adapt. More intelligent equipment and devices are necessary to fully incorporate 3D rendering technologies. Furthermore, 3D technology-based tools such as 3D scanners and 3D ultrasound machines need supporting 3D solutions, that raises the operating cost.

 

OPPORTUNITIES

Growth of high-definition 3D viewing experience

After the evolution of the 3D technology, developments can be witnessed in terms of enhancing the content quality and improving the user-viewing experiences. The availability of 3D technology now has started providing High Definition (HD) content to enhance their customers’ viewing experience through advanced 3D enabled devices such as 3D display units and VR devices. HD 3D experience helps in acquiring better customer engagement. It provides more visual information in the same time span in terms of reality, capturing attention, and increased emotional response. This improvement in user viewing experience would help various companies to examine their products in detail so that they can make further enhancements thereby making them more likable.

3D technology has been widely used in media and entertainment, architectural and construction, and manufacturing industries. These industries find 3D technology as more engaging as compared to other technology.

Rising need of prototyping

Rapid prototyping is an advanced technique that is used for fabricating a scale model of assembly with the help of 3D Computer-Aided Design (CAD) data. This is used by the manufacturing and construction industry. Rapid prototyping enables designers and engineers to execute fast review of their designs. It allows a greater number of revisions of design in less time and cost. Rapid prototyping develops a 3D physical model which communicates ideas in a better way to clients and marketers. It is also used for constructing a part of the assembly with the help of 3D printing. In the coming 5 years, 3D rendering in the industrial application will grow substantially as its efficiency is better than conventional imaging process. The high adoption of rapid prototyping across manufacturing and construction industry has unleashed opportunities for the 3D rendering vendors to offer integrated product offerings.

 

CHALLENGES

Lack of availability of 3D content

 The major challenge among companies while adopting 3D rendering solutions is the lack of availability of 3D content. Best 3D rendering software require unique 3D content for developing the photorealistic visuals. Developing the 3D content involves huge development cost and technical capabilities due to which very few companies involve developing 3D content that is why there is a scarcity of 3D content used for 3D animation and application.

The 3D content technology is growing due to its increasing usage in various industrial sectors such as media and entertainment. This challenge can be overcome by reducing the price of 3D content solutions and providing knowledge to the top management of companies, regarding its usage and requirement of 3D technologies.

 

Best 3D Rendering Software Features

Render setup — Best 3D rendering software should allow users to create models for easily rendering a complicated scene so that they can be used later.

Surface modelling — Once a 3D model has been imported into a 3D rendering system, these tools allow users to continue working on it. The configuration of the objects can be modified, aligned, and digitally transformed.

Animation technologies — Character animation is usually used in the Best 3D rendering software. This feature allows the user to fine-tune the model's surface as well as its movements.

Motion Path- This functionality allows users to see a glimpse of the direction the animated items will take. You can change the path's course and transform it to and from surfaces. If desired, users may also add a curve to the item's direction.

Physical camera — Best 3D rendering software packages have a physical camera that you can use to add to your scene. Users who want to design pixelated, physically based renderings will love this functionality. A physical camera interface can also assist with image capture.

 

3D RENDERING SOFTWARE MARKET ANALYSIS, BY APPLICATION

Best 3D rendering software market by application can be segmented into high-end video games; architectural and product visualizations; training simulation; design and engineering; and marketing and advertisement. The marketing and advertisement segment, among all other applications, is expected to grow at the highest CAGR of 23.13% during the forecast period. The growth in the segment is driven by the fact that during the stages of prototyping, consumers get to see a realistic picture of how their image or animation is going to turn out. 3D rendering creates an effective marketing tool giving the potential client a full visualization of space or building.

ARCHITECTURAL AND PRODUCT VISUALIZATION

Product rendering and visualization is a technology for depicting products or architecture visually. When a product or concept is in its early stages, 3D product rendering and visualization can be used to create compelling imagery to tell the story. 3D product rendering helps in easy marketing, saves prototyping time and expense, and lets users see physical conditions which is not possible in 2D. Product visualizations created with rendering software help the product in the initial development process. They help market ideas or concepts long before they are produced in physical form, communicate important product information to customers, shorten the time-to-market, and help engineers identify design problems.

HIGH-END VIDEO GAMES

The video games market is dynamic and rapidly growing. Almost every major game released is made in 3D or uses heavy amounts of 3D assets. Autodesk Maya is a popular tool used for rendering images in video games. Since the actions of the player in the gaming environment cannot be predicted, real-time rendering is used in video games to keep up with the game as it unfolds. The biggest advantage of 3D rendering in games is that it improves graphics, making people, props, and locations look as realistic as possible. This improvement has made 3D gaming more enjoyable for the players.

MARKETING AND ADVERTISEMENT

From a marketing point of view, rendering has been greatly successful for a number of products globally. The use of rendering can be tailored to the needs of nearly every organization. During the stages of prototyping, consumers get to see a realistic picture of how their image or animation is going to turn out. 3D rendering creates an effective marketing tool giving the client a full visualization of space or building. Sometimes, 3D models are the only way to showcase ideas, as the real objects are not always available or are very expensive to obtain, for example, space vehicle and underwater shooting. It has also been proved that 3D advertising has a nearly 5 times higher retention rate than 2D.

TRAINING SIMULATION

Training simulation is a virtual medium that enables knowledge transfer through the imitation of a real-life process. From complex training manuals to corporate employee development, simulation training of Best 3D rendering software can be a highly reliable and effective tool to educate people in a more exciting way. Training simulation also allows analysts to go beyond simple patterns, trends, and basic data models, adding awareness of process complexities, interactivity, and variability.

 

3D RENDERING SOFTWARE MARKET ANALYSIS, BY DEPLOYMENT TYPE

Best 3D rendering software market is segmented on the basis of deployment models into on-premises and cloud-based deployments. Although the current market share of on-premises deployment is larger, the market for cloud-based deployment is expected to increase at a higher CAGR. Over the past few years, cloud-based technologies have emerged at a fast pace, as a result of which many vendors in the 3D rendering software market have started offering cloud solutions. Thus, the market is expected to witness high growth in the future. Due to easy deployment and growing awareness of flexibility among the vendors, the market for cloud deployment is expected to grow at a high growth rate. The risk of security and information loss on a public cloud is also one of the major reasons for adopting private cloud deployment model.

ON-PREMISES

On-premises deployment is done on the client’s system, where software is installed within the company premises. The deployment type includes the purpose-built software installed on the systems, tablets, and smartphones. However, the vendors in the ecosystem are continuously developing new cloud business models due to the increase in the usage of smartphones and mobile apps, which are the most promising segments. Thus, the growth of the on-premises market is expected to be affected by the rapid development of cloud computing solutions. Furthermore, the cost associated with deploying and managing infrastructure on-premises is also expected to restrain the growth of on-premises visualization and 3D rendering solutions, over the years. On the other hand, there is always a fear of losing crucial company secrets if the company has its data in the cloud. For instance, if an organization is designing a new jet engine, it will be very reluctant to place the design for the latest turbine blade or combustion chamber on the cloud. Due to these reasons, on-premises deployment is expected to maintain a healthy demand.

CLOUD

Cloud computing in visualization and 3D rendering is gaining prominence, and its popularity is growing each day. Enterprises and organizations are relying on the cloud services and cloud platforms to obtain resources on demand. With cloud deployment, organizations pay for the resources that they use, which reduces the cost of capital. For instance, Hollywood needs access to massive amounts of computing power to produce special effects in a movie, but later that data is of no use to the production team. Hence, cloud-based applications will enable the entertainment industry with access to vast resources of servers, processing power, and storage in an attractive proposition, without having to invest heavily.

 

3D RENDERING SOFTWARE MARKET ANALYSIS, BY END-USER

Best 3D rendering software market is segmented based on the end-users into architecture, building, and construction; media and entertainment; design and engineering; healthcare and life sciences; academia; and others (GIS and forensic sciences).

 

ARCHITECTURE, BUILDING, AND CONSTRUCTION

Architectural 3D rendering has become a popular marketing tool because it allows for a photo-realistic and skilled representation of future growth. Several real estate firms have begun to invest in architectural 3D modelling services. This is particularly useful for client presentations and promotions. It takes time to build a property, and the competition can be fierce. These properties are pre-sold by real estate developers before they are even constructed. Clients will also see how the property would look once the work is completed using 3D rendering. If any changes are requested by the clients, they can be incorporated before the project goes live. Solving these problems earlier rather than waiting for the construction to be finished saves developers’ time, money, and last-minute problems. This makes the clients sure about their investment without needing to see the actual property. Some of the tools available for architectural visualization and rendering are Lumion and Maxwell Render.

MEDIA AND ENTERTAINMENT

The media and entertainment industries are expanding at a breakneck rate. Latin America, APAC, Northern Europe, and the United States are also seeing an increase in demand for digital special effects. The growth of 3D movie screens around the world is proof of this. The entertainment industry is also growing at a breakneck rate. The advancement of 3D technology like auto-stereoscopy, which lets users to display 3D images without using glasses, is propelling 3D technology to portable devices.

DESIGN AND ENGINEERING

About 90% of mechanical design engineers use 3D modelling to create engineering prototypes for product production around the world. Engineers can achieve high resolution, perfection, and quality product designs using these techniques, which is why 3D rendering is getting popular. Due to the extreme accurate and crystal clear 3D graphic representation of the finished products that 3D rendering provides, it is the most viable option to rely on. Moreover, with 3D rendering, the design engineers can experiment with various materials, textures, and colors without the need to build multiple prototypes. Hence, the clarity as well as the comprehensibility of the images created using Best 3D rendering software, is just perfect for mechanical engineers to materialize their imagination and skills.

HEALTHCARE AND LIFE SCIENCES

The medical and healthcare industries are constantly introducing new innovations, products, and solutions. The healthcare industry is currently making extensive use of 3D and 4D technologies. Through the use of 3D rendering in the medical field is growing, specifically for radiological images. This technology aids in the treatment of afflicted parts of the body.

Moreover, advanced 3D visualization integration with Picture Archiving and Communication Systems (PACS) has become an essential component of clinical applications. Nowadays, PACS vendors are offering basic 3D functionality, such as Maximum Intensity Projection (MIP) and Multi-Planar Reconstruction (MPR). In addition to this, the PACS vendors are entering partnerships with imaging technology companies to provide 3D integration.

ACADEMIA

Recent advances in desktop computer graphics software have made 3D environments feasible for mainstream educational use. Complex concepts become easy to understand when rendered in images. Visual learning improves the understanding of functionality. 3D models are better able to represent information economically to facilitate learning and comprehension, thus simplifying complex, abstract, and impossibly large amounts of information into a coherent form. With the help of rendering techniques, children are able to understand greater levels of complexity as they see structures and witness how things actually work.

OTHERS

Other end-users include GIS and forensic science industry. GIS is used for creating intelligent maps so as to improve the quality of planning and analysis. The inclusion of 3D within GIS provides a precise depth perception in maps and 3D photorealistic view of locations. 3D visualization tools can be used for planning operations in all types of terrains. The solutions available for GIS have the ability to create realistic interpretations by 3D rendering.

With the help of the Best 3D rendering software, forensic science gathers required information for the investigation. This technology also helps in reducing human errors and simplifying the work, which was earlier done with the help of 2D models. 3D technologies such as laser scanning and photogrammetry, help forensic scientists, crime scene investigators, lawyers, or detectives to piece together information visually.