Top Industries that use 3D Modeling and Visualization

3D modeling and visualization is the technology of today. Read what 3D modeling and visualization is, and how it is benefitting major industries.

Woman wearing a VR headset and viewing 3D images of buildings in an office.

3D model creation and visualization have become surefire techniques to a consistent and inspiring design. With the advent of 3D modeling and rendering technology, modeling and visualization can be done faster and much more accurately. This technology has become increasingly popular in the past few years, and as a result, many 3D modeling services have become more industry-specific.

But what exactly is 3D modeling and visualization? Let’s have a look.

3D Modeling and Visualization - Meaning

3D models are three dimensional images created using a design software. Often considered mathematical representations, they are 3D objects with a quantifiable height, width and weight on a 2D plane. They could either be standalone 3D images, or imitations of real-world objects.

Blueprint of an architectural rendering turning into a full 3D model from left to right.

3D models have become an important tool to share ideas and enact possible project designs. One of the biggest benefits of 3D modeling is a new form of visualization - the representation of a product in the form of computer generated 3D imagery which can be deployed on various platforms according to the need. 3D Visualization has helped many industries get an upper-hand when it comes to online presence, employee training or gamification.

3D Modeling and Visualization - Benefits

The benefits of 3D visualization are far and wide, depending upon the type of industry or the use that the industry is putting it to. For example, in the healthcare industry, it helps doctors diagnose illnesses and perform successful surgeries. In the fashion industry, it expands creativity and textile’s efficiency through design.
Despite this, here are some benefits that are common to all industries:

  1. Advanced form of visualization
  2. Innovation in design
  3. Accelerated production speed

  1. Advanced form of visualization: The visualization achieved through 3D modeling is much more advanced than the earlier versions like sketches or pictures. It allows a 360° view of the object, absolute replication of the real-world products and accuracy in composition and colors.
  2. Innovation in design: Earlier, drawings and sketches were used as ideation tools which weren’t very flexible in testing out unique designs. Now, they have taken a backseat, and 3D model prototyping has set the stage for more experimental, innovative and complex design.
  3. Accelerated production speed: Cutting the prototype stage shorter and minimizing any errors in physical development, 3D modeling and visualization has improved the production speed.
3D models of different fashion outfits on the runway.

Top Industries using 3D Modeling and Visualization

For some of the industries like Architecture and Real Estate, 3D modeling and rendering have always been crucial. For example, creating 3D models of a building before starting the construction, or mapping the land around the construction site, can help the architects reduce waste and factor in various factors that play a role in strength of the overall structure.

Over the past few years, 3D has been expanding to the domains not traditionally modeling and rendering heavy, but require a great deal of visualization. 3D has found its way in and made these industries super productive with modeling technology.

Let’s check out the top industries where 3D modeling and visualization have become indispensable tools:

  1. Interior Design
  2. Manufacturing
  3. Healthcare
  4. Fashion
  5. Geology and Earth Sciences
  6. Aerospace
  7. Automotive

  1. Interior design:

Interior design relies heavily on visualization. Before the advent of 3D modeling techniques, visualization was usually done on paper. As a result, the designer spent much of their time and effort either creating the designs by hand (which sometimes also included coloring items individually) or using design software like Photoshop to develop pictorial representation of the design elements.

In contrast, interior 3D modeling allows designers to build 3D versions of the property. They can easily browse through the array of 3D models of the elements that go into the design and present life-like renders. Interior 3D modeling gives a realistic version of the products, allowing the designer and customer to approve and annex ideas without physical trial and error.

2. Manufacturing:

3D visualization of floor maps of the manufacturing facilities or factories significantly improves production time and efficiency.

It also vastly elevates the prototyping stage in manufacturing. Pre-production stages include designing, testing, and prototyping. However, as is the case in any industry, rarely only one prototype is made.

This takes time and money, which can delay the production time. In contrast, with the introduction of 3D modeling services, any company can render and print any prototype in 3D within a few hours and with unmatched precision. Furthermore, this does not require extensive human resources or materials, saving the company money on both expenses.

3. Healthcare:

3D modeling techniques in the healthcare industry show great potential for the future. The last few years have seen some incredible uses of 3D modeling and visualization in the field. 3D modeling can allow healthcare professionals to accurately visualize the internal organs of patients. This can help in better diagnosis of illnesses and more accuracy when planning surgeries.

Furthermore, 3D modeling techniques can also be used to design prosthetics such as prosthetic limbs, medical wear devices such as ear implants, braces, and dentures, and medical products such as those for surgery. Such applications can help medical professionals provide more accurate services to the patient.

4. Fashion:

Creating new clothes is a unique multi-step process. Designers usually have to first create their designs on paper, then sew them by hand to see how they fit a model. However, the introduction of 3D modeling techniques is changing this process.

By integrating 3d modeling techniques, designers can directly create 3D models of their work and test them out on virtual models. This saves time during the designing process and helps the designer save money on fabric.

5. Geology and Earth Sciences:

Geology and earth sciences can benefit from 3D modeling and visualization. 3D modeling can be integrated into the industry to make mining and excavation easier for geologists and archeologists. The technology can be used to further visualize the plot, draw conclusions and create 3D models of historic cities or metal and mineral deposits.

6. Aerospace:

The aviation and aerospace industry, being heavy on equipment, has always required continuous technological upgradation for resource handling and increased efficiency.

3D modeling and visualization is one such innovation that has helped the industry in designing complex infrastructures like aircraft hangars. 3D models also help in testing out the design of the plane frame and how well it works in the air. It can also help in design prototyping through virtual means, cutting down on the costs.

7. Automotive:

Automotive industry is among the most tech heavy fields, and 3D modeling and visualization have made the engineer’s dream come true when it comes to design, prototyping and assembly. With 3D modeling, designers and engineers can experiment with a car’s design, making it personality-oriented as well as aerodynamically efficient. From sophisticated to rugged, newer car designs can be developed according to the brand’s vision and customer’s preferences using 3D modeling software, without wasting physical resources and increasing the cost.

Two people wearing VR headsets and working together on a 3D model of buildings.

These are only seven of the many industries that have been revolutionized by 3D modeling services. As 3D modeling becomes more popular and prevalent, we can expect more and more industries to incorporate these services to provide a better customer experience and simplify the manufacturing or project planning stages.