Thursday, August 27, 2026 | 10:00 a.m.
New Conjugation Function: Calculate tool profiles from any tooth contours using conjugation
The design of complex tool profiles is often an iterative process that depends on the resulting tooth contour. In day-to-day development work However, iterative calculation processes often take up valuable time. We’re reversing the direction of the calculation: With our new function, we can trace finished and modified tooth flanks back to the rack or the reference profile, respectively. This allows us to close this gap and complete the entire conjugation workflow.
In the webinar on August 27, 2026, at 10 a.m. Together with our partner WITTENSTEIN, we’ll show you how to plan your processes more efficiently and safely—and, as a designer, how to take advantage of new freedoms in gear design.
Your Added Value in Day-to-Day Development Work
Take advantage of an end-to-end calculation process that makes your design work noticeably easier. In our concise webinar, you’ll learn how to:
- Precisely roll any tooth geometry—including non-involute ones—onto the tool profile
- Calculate complex tool geometries and directly apply them to your machining process
- Greater flexibility and faster processes
From Practice, For Practice: A Use Case with WITTENSTEIN
Theory is important, but it’s the practical application that determines success. That’s why we’re demonstrating the new feature directly on a real-world project from the company WITTENSTEIN. You'll see firsthand how the conjugation extension integrates seamlessly into your workflow and what specific benefits it offers for your projects.
Technical Facts at a Glance
The new feature allows for the direct conjugation of rotational systems to translational systems.
Until now, the status quo has only included calculations from the rack to the pinion and from one pinion to another. Effective immediately, we are adding the crucial step of calculating from the pinion back to the rack.
To ensure a fully integrated process, we also provide an overview of the integration of the leading-edge rounding.
When: August 27, 2026, 10:00 a.m.
Speaker: Florian Eigner
Development engineer
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