From Visual Concept to Production-Ready Sheet Metal Facade with HiCAD
In modern sheet metal design and fabrication, speed, flexibility, and production accuracy are essential. Manufacturers and facade specialists increasingly need tools that not only support creative design but also connect seamlessly to the production process. This is where HiCAD offers a strong advantage.
In our latest demonstration video, we present the powerful Perforation functions in HiCAD and show how easily a visual concept can be transformed into a production-ready sheet metal facade. The video highlights two key functions: Perforate by Sketch and Perforate by Image, both designed to simplify the creation of custom perforation patterns while maintaining an efficient workflow from design through manufacturing.
Flexible Perforation Design with HiCAD
Perforated sheet metal elements are widely used in facades, architectural features, and customized product designs. These applications often require both design freedom and production precision. HiCAD meets this need by providing practical tools that enable users to create perforation patterns quickly and precisely.
With Perforate by Sketch, users can define custom perforation layouts directly within the design environment. This makes it possible to develop unique patterns based on project-specific requirements, without adding unnecessary complexity to the workflow.
With Perforate by Image, HiCAD extends those possibilities even further. This function allows users to transform an image into a perforation pattern, enabling them to convert visual ideas into sheet-metal designs suitable for facade applications and other custom products. The result is a highly efficient way to combine creativity and manufacturability within one software environment.
From 3D Design to Production Output
A strong design tool must also support the next step: production. In addition to the perforation functions, the demonstration video shows how the Production DXF output is generated for punching machines.
This connection between 3D design and machine-ready output helps reduce manual processing, improves workflow efficiency, and support a smoother transition from engineering to fabrication. Instead of relying on disconnected steps between design and manufacturing, HiCAD helps create a more integrated process that saves time and reduces the risk of errors.
For sheet metal manufacturers, this means a faster route from concept to finished product. For project-driven businesses, it means greater flexibility in meeting customer-specific design requirements while maintaining production readiness.
A Practical Solution for Sheet Metal Workflows
HiCAD is more than a 3D CAD system. It is a practical solution for companies that need to manage the full workflow from design through production. Its extensive functionality supports a wide range of sheet metal applications, while its integrated approach helps users work more efficiently and respond faster to project demands.
At ISD Group USA, we work with companies that need dependable software and responsive support to improve their design-to-fabrication workflow. Our focus is on helping customers gain practical efficiency, reduce process bottlenecks, and get the most out of their production environment.
If you are looking for 3D CAD software for sheet metal that combines design flexibility with production-oriented functionality, HiCAD is well-equipped to support your business.
Watch the demonstration video to see how Perforate by Sketch, Perforate by Image, and automatic Production DXF generation can help you produce sheet metal products quickly and efficiently.
Connect with ISD Group USA to learn how HiCAD can support your sheet metal design and fabrication workflow.