As technology such as 3D printers and 3D design rendering have become more common, numerous industries are discovering a multitude of uses for these innovative applications. Because of this, it is easier to solve problems that only a few years ago may have seemed impossible. Whether it involves architecture, interior design, healthcare, transportation, energy, or other industries, engineers and other professionals are finding 3D design rendering to be a very effective tool in many ways. If you are considering using this new technology, here are four problems having a 3D design render will solve.
Interior Design Visualization
With today’s interior designers relying more and more on modern technology when providing their services to clients, 3D design rendering can help in many ways. One of the most useful and effective involves visualization of a project, since this is key to the client giving their approval to forge ahead with the project. By having access to a 3D design render, an interior designer can use this advanced technology to let clients not only see how a completed project will look, but also how various changes can look as well. Similar to virtual reality, it gives clients a chance to literally feel as if they are in their new surroundings. More details about this can be found at www.easyrender.com/3d-interior-design/interior-designer-problems.
A relatively new aspect of 3D printing and rendering, assistive technology involves using these technological innovations to help people with physical disabilities. Whether it is an individual using a wheelchair, a person who needs a prosthetic limb, an autistic child, or even a low-vision individual who wants to learn how to use various devices for reading, a 3D design render can help with many of these issues. For example, a 3D design render is currently being used to develop a portable communication device for use by autistic children. By placing a sound tag on the device’s button, the device’s speaker will sound out the word, enabling the child to put together a string of words that result in their thoughts being spoken out loud by the device. Additional information about this exciting development can be found at www.engineeringforchange.org/news/assistive-devices-in-low-income-countries-adaptability-and-recent-innovations/.
Electric and Smart Vehicles
With more and more emphasis being placed on electric vehicles and smart technology, 3D design rendering is playing a pivotal role in this industry in many ways. Used extensively by engineers in charge of developing these vehicles, 3D technology is allowing engineers to use numerous design techniques on these vehicles. By doing so, they can test for design flaws not only by performing standard engineering tests, but by using virtual reality to test-drive the vehicles while still in the laboratory. Considered a very cost-effective measure for companies, it is expected this technology will only continue to grow in popularity with auto manufacturers in the years ahead.
Architecture and Construction
Similar to its uses in interior design, 3D design rendering can perform many functions in the areas of architecture and construction. With many of these projects, engineers and architects can sometimes be forced to proceed with various parts of a project without being completely sure of its effectiveness. But with 3D design rendering, it becomes possible to examine various types of architectural styles on buildings before they are ever built. By doing so, not only can clients have the opportunity to express which look they prefer, but engineers can also test various structural demands to ensure no structural failures will result once the job begins. A cost-effective option now being used by many companies, even more applications are being developed for 3D design rendering in this field, creating many more exciting opportunities.
While this technology is starting to be used extensively to solve problem in these fields, its applications are also starting to expand into many other industries. When used in conjunction with 3D printing, the design rendering process allows for an almost endless array of projects. From helping disabled individuals learn how it will feel to wear a prosthetic limb, letting farmers have a realistic visualization of how a piece of land can be used for new crops, or helping engineers design and conceptualize new power grids, there is no doubt 3D design rendering is the wave of the future.