Volume and Local Milling

Back Next

Volume milling is the mostly used NC Sequence while machining a part. So it is given its due share in our tutorials.

The topics covered are as follows.

Defining a new Volume milling NC Sequence
Controlling the cutting condition at corners to avoid vibration
Specifying the linear ramp motion instead of plunge
Specifying the helical ramp motion
Controlling the cutting feed along ramp motion
Simulating toolpath in Vericut for verification
Specifying an axis for plunge motion to the next slice
Defining a Local Milling NC Sequence for rest milling operation
Using Volume Milling for profiling of the walls of the mill volume
Controlling the entry/exit condition of the tool
Controlling the surface finish by specifying scallop or cusp height
Performing profiling and facing within a single NC Sequence by using pocketing strategy of Volume Milling
Customization of the toolpath
How to copy a NC Sequence and specify new references
How to use excluded surfaces option to exclude the selected surfaces from profiling
How to control the entry/exit into cut for longer tool life and less machine tool acceleration/deceleration
Introduction to the following entry/exit movements between slices
    1: Lea in, Lead out
    2: Ramping
    3: S-shape Connections
Defining a local milling NC Sequence to machine the material left at corners by a previous tool
Facing a part's top surface with Volume Milling
Defining a Mill Window
Specifying Tool Side for Mill Window
Machining the part with Slice by Slice strategy
Declaring Approach Walls for a Mill Volume
Offsetting the selected surface of a Mill Volume
Introduction to Smart retract option
Introduction to Top Surfaces functionality

Roughing a Cavity- Helical Entry and Minimum Corner Radius Control to Avoid Vibration at Corner

Pocketing- Profiling of Walls and Facing of Horizontal Surfaces within a single NC Sequence

Profiling- Finishing of Steep Walls with "S" Connection, Tool Stays in Constant Contact

Local Milling- Machining the material left by previous tool

High Speed Facing- Single Entry/Exit, "S" Connection between Passes, Corner Rounding

Thin Wall Structure

Machining of Thin wall component with Slice by Slice Scanning

Smart Retract- Minimizes the time wasted in Retract and Plunge movements

Mill Window requires less references to select

Quick Links

Pro/MOLD Tutorials

Pro/NC Tutorials

Surface Modeling Tutorials

Top-Down Design Tutorials

Downloads

Contents for Wildfire 2.0

Contents for Wildfire 3.0

Testimonials

I found the tutorials to be very informative both from Software and Manufacturing knowledge point of view.

I really like their "Exercise" style of coaching. Everyone can follow the step-by-step approach. The exercises are quite clear for learning ,and if you have a little experience, in what you want to do, then the tutorials will help you a lot.

I have been in the Moulding Industry since a lot of years and was already familiar with most manufacturing techniques. But there were also some facts which were unknown to me.

I really like their product and will be interested to receive updates if they add more exercises.

Assistant Engineer
Molding Products Division
Defence Industries
Greece