class: center, middle # Fusion360 how to CAM ### Computer Aided Machining (CNC)
by
Rodrigo Diaz
??? Comments:
Ask if they have ever learn any digitl fabricartion tool before. --- ### Content #### Stock SET UP - Set Up - Stock #### Day 2, Designing - Intro to Fusion 360 - Parametric Design - Designing for CNC tips. #### Day 3, Tool Path - Understanding toolpath - 2.0 and 2.5 tool Path (cuts, pockets and holes) - How to Vcarce or Fusion 360 CAM #### Day 4, Cutting - Practicing and Safety education --- class: center, middle # Manufacture TAP
--- class: center, middle # Creating a work piece
--- class: center, middle # Creating a work piece
each point represents the origin for X,Y,Z 0,0,0 of the equipment --- class: center, middle # Creating a work piece
First click the botton part of the arrow and choose the plane in order to fix the Z plane. --- class: center, middle # Creating a work piece
Choose the stock size as a relative or fixe size. --- # Setup: Fixed size box ###- Select the size of: ### X , Y and Z ### - Sizes will depend on the machine ###- Recomended size for G-Aid 112,112,18mm
--- class: center, middle ### Good Job, now you have a set up.
--- class: center, middle ### Select the 2D adaptive clearing tool path
--- class: center, middle # Tool Path window settings
note: Once you selec a tool path, this window will appear and will allow you edit the settings. --- class: center, middle # Selecting tool.
Tool Library, tutorial link
here
Library dowload Link, right click
here
--- # Tool. ### Feeds and speeds
Tutorials
####- Spindle speed: _Rotational speed of the spindle_ ####- Ramp spindle speed: _the rotational speed of
the spindle while doing ramp movement.
(Normal ramp)_ ####- cutting feed rate: _speed of the tool when cutting
the material._ ####- Ramp feed rate: _feed used when doing helical
ramping. (helical ramp)_ ####- Plunge feed rate: _feed used when doing
vertical ramp. (drill ramp)_
--- class: center, middle # Selecting pocket.
Once you select the pocket continue to the next tab. --- # Clearance height. #### Retract height: _is the first height where the tool starts moving._ #### Clearance height: _offset from the wrok piece to avoid colision while moving to the next cut._ #### Top: _top of the model._
--- # Passes. ### Step downs and Step overs
Tutorials
#### the Goal is to maximize cut and reduce time
without breaking the endmill. ####- Optimal Load: _50% of the cutter diameter_ ####- Climb Vs Conventional. ####- Step Down.
--- # Linking and Ramps. ### Ramping like a boss #### depending on the material and chip clearing
plunge or Helix might be need it.
--- # Simulation #### Double check if the toolpath looks fine. Using simulation you can see the number of step downs and how the endmill will move, thus, you can forecast any crashing of issues
--- class: center, middle ### Out cut / Contour cutting
--- class: center, middle ### Out cut / Contour cutting
--- # Remember to Ramp. ### Ramping like a boss #### Low angle for non agressive cutting
dont go depper than to width of the endmill.
--- class: center, middle ### Countour Simulation
--- class: center, middle ### Whole Simulation
--- class: center, middle ### PostProccessing After adding the Mirho.cps file to the PostProccessing folder, you can chose it for loading.
here
--- class: center, middle
# Q&A