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To design a multi-axis machine, you must be able to design and weave together many mechanisms and motions.
There are three ways to represent, edit, and optimize motions for a machine:
1.List each motion as a series of positions ...see NotePad®, Excel® , ...
Good luck!
2.Plot each motion with a graph ... see MotionDesigner
Graphs plot the motion, with its motion-derivatives, for each machine axis, for a complete machine-cycle.
3.Simulate the motions with moving parts ... see MechDesigner
A simulation shows the machine move, with each mechanism synchronized to a master machine axis, for a machine-cycle, over and over again.
When you can see a model with the mechanisms in your machine interacting with each other, it is much easier to improve your design before you start to build your machine.
MotionDesigner and MechDesigner are a powerful combination.
Multi-axis Mechanisms, Motions, Cams, Gears, Racks, Ball-Screws, Pulleys, Belts, ...
Analyze, Scrutinize, Optimize
System Requirements, Installation, Legal:
Tutorials:
•Getting Started Tutorials - MechDesigner.
•Getting Started Tutorials - MotionDesigner
Reference Help:
Links to other Help File Formats:
This Help File is: 17.1.158, Published on the: 4/1/2026, at 10:21 AM
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