Kickoff your CNC Milling career

Download and set up the course software, including the C and C simulator from Swan Four, a virtual machine, and optional Windows XP resources, to run the CNC milling simulations.

Install the virtual machine software, set up VMware Workstation 16 Player for non-commercial use, import the XP image, configure memory and hardware, and handle activation code steps.

Install and configure required software in a virtual machine, copy the setup key, and navigate Windows 10 and Windows XP to complete the course within seven days.

Navigate the cnc milling program interface in a simulator, mastering the control panel, emergency button, view and zoom controls, and basic tool and program management.

Explore the CNC machine interface part 1, including automatic mode operation, edit mode for program changes, data input, program directory management, and mono data input mode.

Learn to home a cnc milling machine, set x y z to zero, and jog with hand wheel controls in increments from 1 mm to 0.001 mm, using limit switches.

Master the cartesian coordinate system in cnc milling, identifying origin, x and y coordinates, and how moves use positive and negative directions to reach points.

Learn to set workpiece zero in cnc milling using an edge finder and probe to locate the starting point in the coordinate system and input precise x, y, z references.

Learn cnc milling basics with g and m codes, including unit selection (g20/g21), absolute vs incremental coordinates, g00 rapid positioning, g01 linear cuts, spindle control, and feed rate.

Learn how to use G&M codes part 2 to manage absolute and relative coordinate systems, tool changes, and automatic routines, including end and rewind commands, with block-by-block execution.

Create a new CNC program in edit mode, set stock size and units, align with the edge finder, input coordinates, and simulate the first CNC program.

Learn how to generate and switch between relative and absolute coordinate systems in a CNC milling program, including block structure, program begin/end, and moving through rapid positioning and linear interpolation.

Explore programming in the absolute coordinate system to drill holes in a CNC milling setup, using reference points, linear interpolation, and block-based steps.

learn how to use the canned cycle to drill multiple holes with a consistent depth, specify the drill coordinates and return/retraction points, and reduce the CNC program length.

Set up and optimize a cnc milling program by selecting a simple reference point, defining coordinates, and using rapid positioning, edge finder, incremental mode, and drilling.

Apply polar coordinates to position holes around a circle in CNC milling, using radius and angle to generate coordinates and program the drilling pattern.

Explore cnc milling with polar coordinates, converting cartesian x–y to radius and angle, and program edge finder guided drilling in simulation.

Learn circular interpolation in CNC milling by performing clockwise and counterclockwise arc moves, specifying destination x and y in the coordinate system using G-code like G0.

Master circular interpolation in cnc milling by using I and J coordinates with clockwise or counterclockwise motion, specifying center points, destination coordinates, and full-circle programming with AMG parameters.

Explore editing a CNC milling program in the AMG workflow, tracing points and coordinates, performing drilling and automatic tool changes, and validating blocks from setup to retraction.

Learn to execute circular interpolation in CNC milling by following a step-by-step block program, handling clockwise and counterclockwise moves, linear interpolation, radius-based paths, and reduced compensation techniques.

Explore cutter radius compensation in cnc milling, learning how to apply left or right compensation to the toolpath, adjust for center vs. edge, and integrate compensation into the cnc program.

Apply cutter radius compensation with G41, G42, and G40, integrate it into cnc milling programs, and use edge finding to set accurate center offsets while avoiding overcut.

learn to write a C program to machine a component using CNC milling, employing the absolute coordinate system, compensation, and block-by-block linear interpolation with simulation.

Master high speed peck drilling in cnc milling by incrementally drilling to the desired depth, protecting tools and machines with reflection points and precise coordinates.

Learn how to modify a cnc milling pocket to a circular pocket using ccw circular interpolation, setting center and radius, and executing multiple passes to create a precise pocket.