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See the world of industrial design from a new perspective. We explore the great possibilities of 3D CAD software in industrial design. In this blog post, we focus on how 3D CAD tools have a significant impact on the creative work of industrial designers. From precise modelling to virtual prototyping, we'll show you how this technology has changed the design landscape.
3D CAD software stands for "Computer-Aided Design in 3D" and enables designers to create three-dimensional models of products or components. This software goes far beyond conventional 2D drawings and opens up a whole new dimension for design. Here are some of the key benefits of 3D CAD in the creative work of an industrial designer:
1. precision and accuracy
With 3D CAD, designers can create extremely precise models. Every angle, every curve and every connection can be designed with millimetre precision. This is crucial for the development of products where accuracy and dimensional accuracy are of the utmost importance.
2. rapid iteration and prototyping
3D CAD enables designers to quickly create prototypes and test ideas. This speeds up the design process considerably, as changes and adjustments can be made easily without having to start from scratch. This is particularly invaluable in the early stages of product development.
3. realistic visualisation
One of the most impressive features of 3D CAD is the ability to create realistic visualisations. Designers can present their models in different materials, colours and environments, making it easier for clients and team members to understand and evaluate the final product.
The use of 3D CAD in the creative work of an industrial designer takes place in several steps:
1. conception and brainstorming
The process begins with brainstorming. Here, designers may already be using 3D CAD software to develop rough sketches and concepts. These sketches can then be converted into 3D models to get a better idea of what the final product could look like.
2. detailed design and modelling
Once a rough concept has been established, the next step is to develop the design in depth. Designers can create every detail, from the shape of the surface to the finest features. This detailed modelling is efficient and accurate thanks to 3D CAD software.
3. virtual prototyping
Once the model has been developed, virtual prototyping follows. Various scenarios and functions are tested here. For example, it is possible to test how the product behaves under certain loads or how it functions in real environments. This saves time and resources during physical prototyping.
4. presentation and co-operation
The 3D models created are not only used to perfect the design, but also for presentation and collaboration. Designers can present their ideas in compelling presentations and collaborate with clients, engineers and other stakeholders to get feedback and make changes.
Overall, it is clear that 3D CAD software takes the creative work of industrial designers to a new level. With precision, speed and realistic visualisation, designers are able to create and present innovative products. The seamless integration of 3D CAD into the design process accelerates product development and enables designers to push their creative boundaries.
So the future of industrial design looks very exciting, and 3D CAD will undoubtedly play a central role in this exciting development.
We use the 3D CAD software Solidworks and Shapr3D. Solidworks is the industry standard in many areas. It is very reliable and we primarily appreciate the simple compilation of parts in assemblies, even if the user interface is very old school. Shapr3D is a very modern 3D CAD tool based on "direct modelling". It is very intuitive. A wide variety of designs can be created efficiently, especially on the iPad.
