Demos & Tech Tips

This tutorial shows some exciting new capabilities of the manufacturing in Creo Elements/Pro 5.0 (formerly Pro/ENGINEER Wildfire 5.0), such as the process manager, the manufacturing documentation, the toolpath pattern capability, the manufacturing strategy for family table model, etc.

This tutorial shows some of the many new capabilities on molded part design in Creo Elements/Pro 5.0 (formerly Pro/ENGINEER Wildfire 5.0), such as the point pattern, the UV pattern, the trajectory rib, and the enhanced UDFs (User Defined Features), which help you improve your productivity.

In this recorded webcast you will learn how Creo Parametric provides the most complete suite of manufacturing applications, from tool design to CMM programming, with comprehensive CNC programming of 2- to 5-axis machining, multi-axis turning, mill/turn, punch press and laser, and wire EDM. You can work directly on Creo Parametric parts and assemblies, as well as in standard formats such as IGES and DXF and native files from other CAD tools.

Verification package. Ensuring that proper manufacturing processes are conducted is an essential, but potentially expensive proposition. Creo Elements/Pro 5.0 (formerly Pro/ENGINEER Wildfire 5.0) Computer-Aided Verification delivers a straightforward, economical answer. It allows digital inspections of machined parts and assemblies for quality assurance purposes and supports both CMM machines and laser scanners. Thus, this integral digital quality checking saves time, effort, and money.

This video demonstrates Creo Elements/Pro (formerly Pro/ENGINEER) NC Four-Axis Wire EDM. Creo Elements/Pro NC Manufacturing allows engineers to create either two- or four-axis wire EDM NC sequences. These capabilities help manufacturing engineers drive wire EDM machines fully and optimize their process flow.

This video demonstrates both the basic functions of the Expert Moldbase Extension (EMX) and some of the advanced capabilities of EMX 6.0. These advanced functions include creating a mold template from an existing mold assembly, the related operation of the mold ejector pin, managing cavity components, and managing the BOM table in the mold engineering drawing.

This video demonstrates three key capabilities of NC Process Automation: how to capture machining information by using a process template; how to add process information to the design geometry and create user-defined features; how to capture process information from the design model and create the associated NC sequence tool path. These powerful capabilities will help design engineers to fully use important machining information and better understand the process flow.

This video demonstrates the powerful turning and milling capabilities of Creo Elements/Pro (formerly Pro/ENGINEER), including how to use the process template to accelerate the creation of NC sequences.

This video demonstrates Creo Elements/Pro (formerly Pro/ENGINEER) in machining the mold of a bicycle pedal. In addition, the video shows 3-axis measurement operations to determine the quality of a product. The various machining strategies demonstrated include face milling, rough machining, re-rough machining, finishing machining and corner finishing.

This video is an introduction to Pro/TOOLMAKER 9.0. It demonstrates the development of a machining strategy, including roughing, rest roughing, finish machining and generating post processor data for a Creo Elements/Pro (formerly Pro/ENGINEER) mold design. It also shows five-axis machining and updating the machining strategy due to a design change.

This video is an introduction to the Creo Elements/Pro 5.0 (formerly Pro/ENGINEER) NC Sheetmetal application and shows how the product automatically creates and optimizes toolpaths using standard and form tools.

This video demonstrates features and functions available for NC and Tooling in Creo Elements/Pro 4.0 (formerly Pro/ENGINEER).