3D Glossary

3D Model

A 3D model is a digital representation of a physical object that has three dimensions: length, width, and depth. It is typically created using specialized software, and it can be displayed on a computer screen or printed out as a physical object using a 3D printer.

3D models are used in a variety of industries, including film, video games, architecture, engineering, and product design. They can be used to visualize and analyze objects and spaces, create prototypes and mockups, and generate 2D drawings and technical specifications.

There are many different file formats that can be used to store 3D models, and they can be created using a variety of techniques, including polygonal modeling, sculpting, and 3D scanning. 3D models can also be manipulated and animated using software tools, allowing users to create realistic simulations and visualizations of objects and environments.

We at Kermit Labs focus on 3D modeling using proprietary techniques to generate complete “digital twins” of your product and the ability to visualize the product in photorealistic quality. On the other hand, poor quality models will show imperfections in proportion, in shape, or in detail.

3D Rendering

A 3D rendering is a computer-generated image that shows a 3D model from a specific perspective. It is created by using specialized software to process the 3D model and apply lighting, materials, and other effects to create a photorealistic or stylized image.

3D renderings are used in a variety of industries, including architecture, interior design, product design, and advertising. They can be used to visualize how a design will look in the real world, create marketing materials, and generate technical drawings and diagrams.

There are many different techniques that can be used to create 3D renderings, and the quality and realism of the final image will depend on the skill and experience of the artist, as well as the capabilities of the software and hardware being used. 3D renderings can be created quickly or can be very time-consuming, depending on the complexity of the scene and the level of detail and realism desired.

Kermit Labs exclusively focuses on achieving 3D renderings of the highest caliber, leveraging the latest in software and hardware advancements, as well as proprietary techniques to achieve photorealistic quality at scale. This hard work and investment in the cutting edge yields superior results and happy customers.

Augmented Reality (AR) / View-in-Room

Augmented reality (AR) is a technology that superimposes digital information and images onto the real world. It allows users to see and interact with virtual objects in the context of their physical environment.

AR can be used to help visualize how furniture will look in a room before committing to purchasing it. This can be especially useful for people who are decorating a new home or redecorating an existing space.

Kermit Labs utilizes the latest AR technology to accurately depict size, shape, and color of a product in their actual room, without needing to download an app. This can save time, money, and frustration, as it helps users make more informed decisions about their home decor.

Virtual Photography

Virtual photography is a technique that uses computer-generated imagery (CGI) to create images of products for e-commerce. It allows retailers to showcase products in a way that is not possible with traditional photography, as it allows for complete control over the environment, lighting, and other factors that can impact the final image.

Here's how virtual photography works:

1. First, a 3D model of the product is created using specialized software. This model is an exact digital replica of the physical product and includes all of its details and features.

2. Next, the 3D model is placed in a virtual environment that has been created using computer graphics. This environment can be anything from a simple white background to a more complex and realistic setting.

3. The virtual environment is then lit and rendered to create an image of the product. This can be done using different lighting setups and techniques to create the desired look and feel.

4. Finally, the image is edited and retouched to remove any imperfections or artifacts and to add any additional elements or effects that may be desired.

Kermit Labs’ Virtual Photography allows retailers and manufacturers to create high-quality images of their products that are consistent, accurate, and visually appealing. It is an important tool for e-commerce as it helps to showcase products in a way that is engaging and helps to drive sales.

3D Product Configurator

A 3D product configurator is a tool that allows customers to customize and visualize a product using computer-generated imagery (CGI). It is a type of interactive software that is often used in e-commerce to help customers make informed purchase decisions.

Here's how a 3D product configurator can help customers:

1. Allows customers to customize products: A 3D product configurator allows customers to select different options and features for a product, such as color, size, material, and design. This allows customers to see exactly how the product will look with their chosen options, which can help them make an informed decision.

2. Shows realistic visuals: A 3D product configurator uses CGI to create realistic images of the customized product. This allows customers to see what the product will look like in detail, which can help them visualize how it will fit into their home or lifestyle.

3. Reduces the risk of returns: One of the main challenges of e-commerce is the risk of returning products that do not meet the customer's expectations. A 3D product configurator helps to reduce this risk by allowing customers to see exactly what they are getting before they make a purchase.

Kermit Labs’ 3D product Configurator can be a very useful tool for e-commerce, as it allows customers to customize and visualize products in a way that helps them make informed purchase decisions. This can lead to increased customer satisfaction and loyalty, as well as reduced returns and other issues.

3D Commerce

There are several ways that computer-generated imagery (CGI) can be used to allow customers to experience e-commerce in 3D:

1. 3D product visualizers/configurators: These are interactive tools that allow customers to view and interact with 3D models of products. Customers can rotate and zoom in on the models to see details and get a sense of what the product will look like in real life. Additionally, customers can see how the product will look with different options and features, and can help them make an informed purchase decision.

2. 3D virtual reality (VR) experiences: some retailers are using VR technology to create immersive 3D experiences for customers. Customers can put on a VR headset and be transported to a virtual showroom where they can interact with 3D models of products and see them in a realistic setting.

3. Augmented reality (AR) experiences: AR apps allow users to see how a piece of furniture will look in their home before buying it. The user can simply point their smartphone at the desired location and the app will superimpose a 3D model of the furniture onto the screen, showing how it will look in the room.

Overall, using CGI to create 3D experiences for customers can be a very effective way to showcase products and help customers make informed purchase decisions. It allows customers to see and interact with products in a way that is not possible with traditional 2D images, and can help to increase engagement and sales.

3D Animation

3D animation is a process of creating animated images or videos using computer graphics software. It involves creating 3D models of objects or characters, defining their movements and appearances, and rendering the final animation.

3D animation can be very useful for marketing and e-commerce, as it allows businesses to create engaging and visually appealing content that can help to promote their products or services. Here are a few specific ways that 3D animation can be useful:

1. Product demonstrations: 3D animation can be used to create videos or interactive experiences that demonstrate how a product works or is used. This can be especially useful for products that are difficult to photograph or film, or for products that have complex features or functions.

2. Product visualization: 3D animation can be used to create realistic or stylized images of a product, allowing customers to see what it will look like in different settings and configurations. This can be helpful for customers who are considering a purchase and want to get a better sense of the product.

3. Brand storytelling: 3D animation can be used to create engaging and compelling stories that help to communicate a brand's values, mission, or personality. This can be an effective way to connect with customers and build brand loyalty.

Kermit Labs’ 3D animation services can be a powerful tool for marketing and e-commerce, as it allows businesses to create engaging and visually appealing content that can help to promote their products and services.

glTF File

A glTF file is a 3D model file that is saved in the GL Transmission Format (glTF). It is a file format that has been designed to be an efficient and versatile way to store and transmit 3D models and related resources, such as textures, materials, and animations.

One of the main advantages of the glTF file format is that it is designed to be lightweight and efficient. It uses a compressed data format that allows 3D models and related resources to be stored and transmitted using a minimal amount of data. This makes it ideal for use in applications where data size is a concern, such as on the web or in mobile apps.

glTF files are also designed to be easily extensible, which means that they can support a wide range of 3D model data and features. They can store information about the geometry, appearance, and behavior of 3D models, as well as metadata and other information.

Overall, the glTF file format is useful because it allows 3D models and related resources to be stored and transmitted in a way that is efficient, flexible, and easy to use. It has become a widely used standard for storing and sharing 3D models, and is supported by many different software tools and applications.

FBX File

An FBX file is a 3D model file that is saved in the Autodesk FBX file format. It is a file format that has been developed by Autodesk as a way to exchange 3D models and related assets between different 3D software applications.

One of the main advantages of the FBX file format is that it is designed to be interoperable, which means that it can be used to transfer 3D models and assets between different software programs and platforms. This makes it useful for artists and designers who need to work with 3D models in a variety of different applications.

FBX files are also designed to be flexible, which means that they can store a wide range of 3D model data and assets. They can store information about the geometry, appearance, and behavior of 3D models, as well as metadata and other information.

Overall, the FBX file format is useful because it allows 3D models and related assets to be exchanged between different software programs and platforms. It is widely used in the 3D industry and is supported by many different software tools and applications.

OBJ File

An OBJ file is a 3D model file that is saved in the Wavefront OBJ file format. It is a file format that has been developed as a way to store 3D models and related data, such as geometry, materials, and textures.

One of the main advantages of the OBJ file format is that it is simple and easy to use. It stores 3D model data in a plain text format, which makes it easy to read and write using simple software tools. This makes it a popular choice for artists and designers who want to exchange 3D models between different software programs.

OBJ files are also designed to be flexible, which means that they can store a wide range of 3D model data and assets. They can store information about the geometry, appearance, and behavior of 3D models, as well as metadata and other information.

Overall, the OBJ file format is useful because it allows 3D models and related data to be stored and exchanged in a way that is simple and easy to use. It is widely supported by many different software tools and applications, and is a popular choice for storing and sharing 3D models.