Drilling - addresses drilling, reaming, boring, tapping, peck drilling, and custom cycles. Automated hole making is available with the feature based machining options.
Turning – a complete solution that is easy enough to use on simple programs and capable enough to tackle your toughest geometry in multi-spindle, multi-turret applications. The system can work with solids or wireframe or even 2D profiles.
3-Axis milling – for roughing, rest milling, semi-finishing, and finishing of contoured surfaces, with a complete set of milling strategies to address the challenges of complex geometry. This capability includes additional functions needed for high-speed machining.
Wire EDM – a complete solution for programming 2 4-Axis wire EDM machines. A range of wire operations is available, including multi-pass profiling, wire reversing and area removal.
2 1/2-Axis roughing patterns can be applied based on basic boundary data or solid geometry. Zig-zag, offset, and plunge milling are examples of the toolpaths provided. High speed roughing tool paths such as trochoidal are available here. Feature based machining functions automate the identification and programming of slots and faces.
Synchronization – a graphical means of displaying an unlimited number of channels, with scrolling code in a choice of formats, time displays and with functions to add wait and sync codes. The Synchronization Manager is directly linked to the internal postprocessor and runs from posted output for the greatest accuracy.
Machining simulation – to avoid tying up a machine in unproductive prove-outs, the integrated machine tool simulation provides a more complete simulation than most systems with its machine code driven motion.
5-Axis milling –CAM Pro offers highly flexible 5-Axis programming functions combining highly automated elements for tedious tasks such as geometry selection and detailed user control for precise machining.
Enhance your skills with our NEW self paced Solid Edge and NX online training courses.
Students will have learned how to utilize Solid Edge to design production level parametric (ordered) models of parts, synchronous models of parts, assemblies, detail drawings. They will also be familiar with the Solid Edge user interface, adding features, sketching tools and various modeling techniques. Students will also have learned how to utilize Solid Edge Sheet Metal to design production level parametric (ordered) models of sheet metal parts, and synchronous models of sheet metal parts. Note: This is our most comprehensive introductory course for Solid EdgeLearn More
This course is designed to teach synchronous modeling to existing users of Solid Edge’s ordered or traditional modeling. Students will learn how to construct and edit models in the synchronous paradigm. They will also learn how to use integrated models (synchronous and ordered features together in the same part model). This course includes Synchronous Sheet Metal. If you do not require Sheet Metal, please register for the Synchronous Technology for Experienced Ordered Users course.Learn More
Students will have learned how to utilize Solid Edge to design production level parametric (ordered) models of parts, synchronous models of parts, assemblies, detail drawings. They will also be familiar with the Solid Edge user interface, adding features, sketching tools and various modeling techniques. This course does not cover sheet metal modeling.Learn More
Designfusion is the largest dedicated solution provider of Siemens PLM software in North America. With an expert support team and a decade of history in the industry designfusion is the #1 choice for companies looking to best enhance their software acquisition.
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