$625.00
This hands-on course provides students with the skills needed to safely and efficiently set up and operate CNC milling machines and lathes. Topics include machine preparation, tool selection, workholding, zeroing procedures, and running pre-written programs. Emphasis is placed on precision measurement, troubleshooting, and maintaining quality in a shop environment.
February 10 – March 5, 2026
Tuesdays and Thursdays
4:00 pm – 6:30 pm
Precision setup of multi-axis CNC machines
Advanced workholding techniques for complex parts
Aligning and tramming fixtures and vises
Multi-part and nested job setup strategies
Selection and setup of advanced cutting tools (e.g., indexable, high-speed, carbide)
Tool presetting and in-machine probing systems
Managing tool life and wear compensation
Tool libraries and organization for production efficiency
Use of advanced metrology tools: CMMs, dial indicators, height gauges
In-process inspection techniques for tight-tolerance work
Understanding and applying GD&T (Geometric Dimensioning & Tolerancing)
Confident operation of CNC mills, lathes, or multi-axis machines
Efficient control of spindle speeds, feeds, and toolpaths during live runs
Managing advanced operations: tapping, threading, surface finishing
Real-time decision-making during part production
Reading and interpreting complex G/M-code and CAM-generated programs
Identifying and correcting inefficiencies or errors in code on the fly
Adjusting feeds/speeds based on material behavior or tool wear
Mastery of machine control panels (Fanuc, Haas, Siemens, etc.)
Using built-in diagnostics and manual data input (MDI) features
Setting up and executing probing cycles and tool touch-off routines
Managing multiple work coordinate systems (G54–G59 and beyond)
Advanced use of tool and wear offsets across multiple tools
Dynamic offset adjustments for precision parts
Performing advanced preventive maintenance (lubrication, alignment checks)
Diagnosing mechanical and control system errors
Managing alarms and resolving machine faults efficiently
Lean manufacturing principles in CNC environments
Setting up and operating machines for high-mix/low-volume production
Job planning and documentation for repeatability
Managing risk in high-speed or multi-axis environments
Machine-specific safety protocols and emergency procedures
Ergonomic and safe material handling in a production setting