Thread Content
In today’s open and highly interconnected digital design environment, people’s expectations of CAD software are no longer limited to those of a simple tool for auxiliary drawing and design; rather, they are evolving toward highly integrated aggregators of knowledge value. 3D data is not only used for interactive visual presentations, but it can also play a significant role in processes such as design, manufacturing, and production, thereby fully leveraging the value of the data. To maximize this transformation, we need to use 3D software to give three-dimensional models a visual form by incorporating large amounts of data such as graphics and parameters. On this basis, precise and reliable verification, calculation, and other modules are used to further refine and enrich the data, thereby reducing delays in the trial-and-error process and accelerating the flow of product information from design to manufacturing. On March 2, 2020, HaoChen 3D 2020 was officially released, bringing new possibilities to the use of 3D software in China! Many users also came to Xiao Hao for consultations. The most frequently asked question is: What exactly is “intelligent parameter modeling technology”? So, the editor would like to give you a detailed introduction. Ultimate execution and in-depth interpretation of design: In product research and development, the reuse of historical data and innovative designs are the two most important sources of information for creating complete products. Traditional foreign 3D software typically relies on sequential modeling techniques, and it presents difficulties in modifying the reuse of various types of historical data. The intelligent parameter modeling technology in HaoChen 3D 2020 perfectly integrates the two modeling approaches of sequential modeling and rapid modeling. The sequential modeling approach based on historical characteristics features a clear modeling logic, making it highly suitable for the initial design of new structures; we can return to any step during the design process to make adjustments. However, when the product structure reaches a certain level of complexity and it becomes difficult to make adjustments based on historical patterns, it is possible to switch to a rapid modeling environment. It enables rapid modeling without the need to trace complex historical characteristics and their interconnections; structures can be edited or copied directly, simplifying the complex design process and allowing for quick design changes. (Sequential modeling GIF) (Rapid modeling GIF) Next-generation 3D design for more efficient product iteration. Traditional mechanical design methods rely heavily on the practical experience of design engineers, using a 2D-first, then 3D approach for design, drafting, and process breakdown. Due to the limitations of the 2D perspective, product design mostly relies on imitation, analogy, and type modification, with very few genuine innovations. However, 3D software is designed based on 3D models, allowing designers to create designs directly from these 3D models. The high level of realism, reliable parametric data, and comprehensive viewing options all help to stimulate designers’ creative thinking. In addition, it is compatible with various mainstream CAD formats, enabling the inheritance of CAD design data and direct editing thereon, which makes it easier for them to develop more innovative new products and accelerates the process of bringing these products to market. At the same time, you can also choose the modeling method that you are best at more freely based on actual application needs, no longer confined to a single modeling environment, allowing for design that is tailored to your preferences and efficient expression! (Comprehensive model demonstration GIF) This flexible modeling approach to maximizing the value of 3D data not only combines the speed and simplicity of direct modeling, but also takes advantage of the flexibility and controllability of parametric design, thereby enabling optimal utilization of the value inherent in 3D data. Unlike the completely new creative designs for creating new workspaces, HaoChen 3D 2020 allows for direct editing and modification of existing 3D design models, thereby enabling derivative designs or multiple iterative designs. Users can also use this method to create a database of product design ideas for enterprises, thereby enabling knowledge to play a greater role. Furthermore, it also breaks down the barriers to data exchange between 3D design software. Even without a design process, you can still edit various 3D data to maximize its value, ensuring seamless integration of design tools. (Directly edit 3D model GIF)