Step: 1 Make your break bracket sketch.
Step: 2 Extrude and add the top circles
Step: 3 Put your file into Fusion and change the x,y and z axis plane
Step: 4 Generate your tool paths for fusion to put your file on the CNC Mill
Step: 5 Simulate Your tool paths to make sure it is correct then export and head down to the CNC mill
Step: 6 Set up your file on the machine by loading your file into G-Code for the computer and machine to communicate
Step: 2 Extrude and add the top circles
Step: 3 Put your file into Fusion and change the x,y and z axis plane
Step: 4 Generate your tool paths for fusion to put your file on the CNC Mill
Step: 5 Simulate Your tool paths to make sure it is correct then export and head down to the CNC mill
Step: 6 Set up your file on the machine by loading your file into G-Code for the computer and machine to communicate
A picture of the final product
Summary Paragraph
Overall in this unit we had a lot of new material that was introduced that was confusing at the start but as time went on it got better and better and I eventually got to learn the software's very well as well as understanding the machine software's. What I enjoyed most about this unit is the software was much more interesting and complex than the other software's. One thing I didn't like is that how many people were waiting to use the mill and every time I checked they were both being used.
Overall in this unit we had a lot of new material that was introduced that was confusing at the start but as time went on it got better and better and I eventually got to learn the software's very well as well as understanding the machine software's. What I enjoyed most about this unit is the software was much more interesting and complex than the other software's. One thing I didn't like is that how many people were waiting to use the mill and every time I checked they were both being used.