Mazatrol Basic Eia,iso G Code Programming Class For Mazak Machining Centers Outline g18e

Mazatrol Basic EIA/ISO G-Code Programming Class For Mazak Machining Centers Includes Matrix, Fusion 640M, M-Plus, M32 Controls Course Description and Objective: The purpose of this class is to provide part programming information, to experienced milling machinist, using the Mazatrol Basic EIA/ISO G-Code programming language on Mazak machining centers. The class hours are 8:30 AM – 4:30 PM daily (2 days) ending at approximately 3:00 PM the 3rd day. The classroom uses Fusion 640M Control Simulators. Prerequisites: Machining and tooling experience on machining centers.

Day 1

Introduction and class overview Safety information Use of the Fusion 640M Control Simulators in the classroom Machine coordinate and programming coordinate systems How to start creating a Mazatrol G-Code program and functions of the Program File screen Nomenclature of addresses and codes necessary for G-Code part programming. Absolute and incremental coordinate programming examples using G00, G01, G02, G03, G94, G95 example parts programmed with instructor guidance Tool Path Graphics explained Examples now done by students, instructor available for questions Lunch Break Program edit features are explained and examples done with instructor guidance Corner Chamfering and Corner Rounding explained and examples done with instructor guidance

Spindle Speed commands, M-Codes explained Tool Change commands explained Program Zero set information explained using Work Offsets ect. Tool Length Commands G43, G44 explained Tool Offset Screen explained Cutter Radius Compensation Commands G40, G41, G42 explained Mazatrol Tool Data Screen explained used with G-Code program Part Program examples done with instructor guidance Part program examples now done by students, instructor available for questions

Day 2

Fixed-Cycle Functions G71.1 – G89 explained and examples done with instructor guidance Part program examples now done by students, instructor available for questions Lunch Break Part program examples now done by students, instructor available for questions Sub-Program explained and example done with instructor guidance Part program examples now done by students, instructor available for questions Helical Interpolation explained and examples done with instructor guidance

Day 3

Spiral Interpolation explained and example done with instructor guidance Programmed Coordinate Rotation explained and example done with instructor guidance Scaling function explained and example done with instructor guidance

Mirror Image explained and example done with instructor guidance The remainder of the morning is used explaining many other programming features and functions. Student review, instructor available for questions Class Certificates Awarded Lunch Break Factory Tour and National Technology Center Tour (if interested not required)