A complete course in CNC machine maintenance: mechanical systems, electrical and control systems, spindles, drives and feedback, preventive and predictive maintenance, troubleshooting, repair and calibration.
45 chapters in 11 Parts30 deep-dive chapters100+ diagrams30+ photographs
Who it is for
Maintenance technicians who keep CNC machines running, and machinists or electricians moving into CNC maintenance.
What you will learn
- Mechanical systems: linear motion, spindles, bearings, lubrication, hydraulics, pneumatics and counterbalance
- Electrical and control systems: power quality, servo motors and drives, encoders, controllers, parameter backup and restore
- Alarms and diagnostic screens, G-code for maintenance technicians, probing and tool management
- Auxiliary systems: automatic tool changers, workholding, coolant, chip handling and guarding
- Preventive and predictive maintenance programs, machine leveling and geometric alignment
- A systematic troubleshooting method, then repair: ball screw replacement, crash recovery, vibration analysis and ballbar testing
- Specialized machines: 5-axis, mill-turn, EDM, laser and plasma, grinding, waterjet and additive
- Machine connectivity (MTConnect, OPC-UA, FOCAS), OEE and maintenance management
How the course works
- Knowledge Check quizzes throughout the text
- Quick-reference tables for the job floor
- Read online on any device, with your place and answers saved to your account
Table of contents
Part 1 - Foundations8 chapters
- Ch 1What Is a CNC Machine?
- Ch 2Types of CNC Machines
- Ch 2ASwiss-Type CNC Lathes: Maintenance Deep Dive
- Ch 3CNC Machine Anatomy - The Complete Breakdown
- Ch 4Safety for CNC Maintenance
- Ch 4AFunctional Safety Engineering & Safety Circuit Validation
- Ch 4BRegulatory Compliance, Safety Audits & Insurance Requirements
- Ch 5Tools & Equipment for CNC Maintenance
Part 2 - Mechanical Systems9 chapters
- Ch 6Linear Motion Systems - Deep Dive
- Ch 6ACouplings, Support Bearings & Pitch Error Compensation
- Ch 7Spindle Systems - Maintenance & Diagnostics
- Ch 7ASpindle Rebuild & Repair Procedures
- Ch 8Bearings in CNC Machines
- Ch 9Lubrication Systems - Complete Guide
- Ch 10Hydraulic Systems in CNC Machines
- Ch 11Pneumatic Systems in CNC Machines
- Ch 12Counterbalance Systems
Part 3 - Electrical & Control Systems12 chapters
- Ch 13Electrical Fundamentals for CNC Machines
- Ch 13APLC/PMC Ladder Logic for CNC Diagnostics
- Ch 14Power Quality & Electrical Infrastructure
- Ch 15Servo Motors & Drives - Maintenance & Troubleshooting
- Ch 15AServo & Spindle Drive Component-Level Diagnosis
- Ch 15BServo Drive & Spindle Amplifier Replacement and Tuning
- Ch 16Encoders & Feedback Systems - Complete Guide
- Ch 17CNC Controllers - Understanding the Brain
- Ch 17AController Deep-Dive - Firmware, Networking & Advanced Diagnostics
- Ch 17BParameter Backup, Restore & Configuration Management
- Ch 17COEM Diagnostic Software & Boot/IPL Procedures
- Ch 18Electrical Cabinet Cooling & Environmental Control
Part 4 - CNC Software & Operation5 chapters
- Ch 19G-Code Fundamentals for Maintenance Technicians
- Ch 20Alarms, Error Codes & Diagnostic Screens
- Ch 20AAlarm Quick-Reference & Platform-Specific Diagnostics
- Ch 21Probing Systems - Setup, Calibration & Maintenance
- Ch 21ATool Presetters, RFID & Tool Data Management
Part 5 - Auxiliary Systems8 chapters
- Ch 22Automatic Tool Changer (ATC) Systems
- Ch 22AAutomatic Pallet Changers & FMS Automation Cells
- Ch 22BToolholders, Tapers & Retention Systems
- Ch 23Chuck, Workholding & Fixture Systems
- Ch 23ALathe Turrets, Tailstocks, Sub-Spindles & Steady Rests
- Ch 24Coolant System Maintenance & Troubleshooting
- Ch 25Chip Management & Conveyors
- Ch 26Way Covers, Sheet Metal & Guarding Systems
Part 6 - Preventive & Predictive Maintenance3 chapters
- Ch 27Preventive Maintenance Programs
- Ch 28Machine Leveling & Geometric Alignment
- Ch 29Predictive Maintenance Program Design
Part 7 - Troubleshooting6 chapters
- Ch 30Systematic Troubleshooting Methodology
- Ch 30ACross-System Diagnostics & Intermittent Fault Techniques
- Ch 30BRoot Cause Analysis & Failure Investigation
- Ch 31Mechanical Troubleshooting
- Ch 32Electrical Troubleshooting
- Ch 33Thermal Management & Compensation
Part 8 - Advanced Repair & Calibration4 chapters
- Ch 34Ball Screw Replacement
- Ch 35Crash Recovery Procedures
- Ch 36Vibration Analysis for CNC Machines
- Ch 37Ballbar Testing & Machine Calibration
Part 9 - Specialized Machine Maintenance10 chapters
- Ch 385-Axis & Multi-Axis Machine Maintenance
- Ch 38ARotary Tables, Trunnions & 4th/5th-Axis Indexers
- Ch 38BMulti-Tasking / Mill-Turn Centers (B-Axis Turning Centers)
- Ch 39EDM Machine Maintenance
- Ch 40Laser & Plasma Cutting Machine Maintenance
- Ch 40ACNC Grinding Machines: Cylindrical, Surface, Centerless & Jig Grinding
- Ch 40BGear Manufacturing Machines: Hobbing, Shaping, Skiving & Gear Grinding
- Ch 40CHorizontal Boring Mills & Large Gantry/Bridge Machines
- Ch 40DWaterjet & Abrasive Waterjet Systems
- Ch 40EAdditive & Hybrid Manufacturing (DED, LPBF, Hybrid CNC)
Part 10 - Networking & Industry 4.02 chapters
- Ch 41Networking, Communication & Industry 4.0
- Ch 41AMachine Connectivity: MTConnect, OPC-UA, FOCAS & Dashboards
Part 11 - Management, Documentation & Reference8 chapters
- Ch 42Machine Installation, Relocation & Decommissioning
- Ch 42AMachine Acceptance, Runoff & Warranty Management
- Ch 42BCNC Retrofit & Control Upgrade Engineering
- Ch 43Maintenance Logs & Documentation Best Practices
- Ch 43AOEE, Reliability KPIs & Maintenance Dashboards
- Ch 44Maintenance Department Management & Career Development
- Ch 44AOperator Partnership, TPM & Shift Handoffs
- Ch 45Troubleshooting Quick Reference Tables
Appendices1
- Terms & Acronyms