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User experience (UX) has always been a major talking point, with visual impact a crucial part. People prefer products with eye-catching shapes, while designers are facing more design challenges than ever, requiring faster sketching, flexible modeling, and high quality surfaces etc. If you are facing any design challenges or would like to know more about product design, then this white paper deserves your time to read.
Figure1: The process of product design
The whole product design process involves many factors such as drafting, modeling, rendering, as well as a lot of other techniques and, of course, designer’s creativity. Each element of the design process must combine with each other. Typically, most product designs start from sketches and end up with solid models.
Figure2: Product design
From following inquiry research of 100 designers, we find that the most important parts in design process include sketching, surface quality and flexible modeling.
Figure3: The design factors inquiry research
Each element of the design process and the designer inquiry research will be covered by this ZW3D white paper.
1.Easy to Use
Product design used to be a purely professional activity, as the tools were difficult to learn and use. Nowadays, however, the ribbon interface and quick help system shorten the learning curve greatly. With simple operations, great designs can be finished easily, as shown in figure 4. (Furthermore, the parametric technology helps to modify and update the product design immediately)
Figure4: The process of designing glasses
The flexibility of sketching allows for both easier creation and modification of models in ZW3D. Take the following figure 5as an example. Using the built-in sketching library, it is easy to create standard sketches. Furthermore, it is easy to generate different kinds of sketches in seconds using the equation curve. Adjustment can be made with a simply drag and drop operation.
The flexibility of modeling tools is hugely important, which can influence the creativity of designers.
The principles of solid modeling and surface modeling are very different. Previously, designers were required to distinguish between different modeling commands. ZW3D’s unique Solid-Surface Hybrid Modelingtechnology, however, eliminates this barrier between solid modeling and surface modeling. It delivers much more user-friendly experience and more flexibility in creating 3D models, since the Boolean operation works for both solid and surface geometries, as shown in the following figure.
Figure6: The hybrid modeling processes
Except for general modeling, serial designs of products and deformation designs are also very important for designers. Part configuration allows designers to build parts variations conveniently through adjusting parameters and managing features. What’s more, by taking advantage of the flexibility of the Morphing, Wrapping and Flex Tools, simply with one button, new style products can be generated.
In one part, by suppressing the features and setting different feature sizes, several different part statuses can be generated quickly. In an assembly, any configuration of this part can be called directly. It is a very efficient method of undertaking serial product design.
Figure7: Configure different features and parameters to get different parts
The transformation of parts used to be difficult, requiring designers to create surfaces. Instead, with the Morphing capability, shapes can be adjusted and accepted once the visual impact achieves the required result.
Figure8: Morph curve to curve to create a desired shape
No matter if you would like to design rings, bottles or shoes, the FlexTools allows you to map the shape and create the transformation as desired
Figure9: Wrap a shape to a target face
During product design, the structure of the product must be continually modified in order to coordinate the assembly and production. Occasionally, partial modification of external models is required. With parametric modeling and Direct Edit tools, designers can perform the adjustment of models easily and quickly in every stage of product designing.
Meanwhile, we can use the feature frozen function to freeze some features which do not need to be changed. This can prevent unexpected model change, avoid model regeneration failure and reduce the history regeneration time, thereby improving efficiency.
Figure10: Partial modification of external models
2.4. Documentation Flexibility
The flexibility of the documentation is indispensible for design collaboration. Both 2D and 3D documentation are considered in ZW3D; 2D documentation can be achieved with only 2D drafting, while the 3D PDF shows the model in 3D in a simple PDF document without the need for further 3D software.
Any product is composed of many different parts.ZW3D supports not only Bottom-up assembly design but also Top-down assembly deign. Flexible assembly design can meet different needs of designers. Both the design of independent part and the update of associative parts can be done easily in ZW3D.
Figure11: Flexible assembly design
Generally, in order to build products with the best surfaces, continuous curves and surfaces are essential, as shown in figure 12. Surfaces can be generated from curves, and continuous curves allow you to generate a continuous surface. Furthermore, the curvature tools help improve the quality of the curve or surface during the operation.
Figure12: Create a continuous surface with a continuous curve
Apart from what we covered above, there is much more that can be explored in ZW3D. No matter what you design, the flexibility of ZW3D allows you to save time and money, while the simple user interface will speed up the process and allow you to focus on more creative work.
If you want to learn more of this article, you can click here.
For more white papers, you can click ZW3D white papers link.
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