Course overview

00:05

Welcome to C. N. C. Tool paths for three axis milling with fusion 3 60.

00:10

The vast majority of parts being machine can benefit

00:13

from using tool paths that our model aware.

00:15

Fusion 3 63 access tool paths are geometry based rather than edge or

00:19

chain base so they can produce more efficient roughing and finishing strategies.

00:24

This course will walk through the basics to play in rough finish and validate parts,

00:28

requiring three access tool paths.

00:30

Using Fusion 3 60.

00:33

After completing this course,

00:34

you'll be able to process plan a three axis required part,

00:38

create and manage a digital tool library.

00:40

Use three access tool paths to rough apart.

00:42

Use three access finishing techniques to finish apart,

00:45

Use simulation to validate stock removal

00:48

and create required documentation and output.

Video transcript

00:05

Welcome to C. N. C. Tool paths for three axis milling with fusion 3 60.

00:10

The vast majority of parts being machine can benefit

00:13

from using tool paths that our model aware.

00:15

Fusion 3 63 access tool paths are geometry based rather than edge or

00:19

chain base so they can produce more efficient roughing and finishing strategies.

00:24

This course will walk through the basics to play in rough finish and validate parts,

00:28

requiring three access tool paths.

00:30

Using Fusion 3 60.

00:33

After completing this course,

00:34

you'll be able to process plan a three axis required part,

00:38

create and manage a digital tool library.

00:40

Use three access tool paths to rough apart.

00:42

Use three access finishing techniques to finish apart,

00:45

Use simulation to validate stock removal

00:48

and create required documentation and output.

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