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Motion is a concept that you can experience or witness, but you cannot physically hold. However, to design a multi-axis machine, you must be able to design and weave together the interacting motions of each of its interacting mechanisms.
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 motions, and their 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 the mechanisms in your machine interact with each other, it is much easier to spot opportunities to improve your design before you start to build your machine.
MotionDesigner and MechDesigner are a powerful combination.
Mechanisms, Motions, Cams, Mechanisms, 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: 17.1.50, Published on the: 6/15/2024, at 1:15 PM
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