Canned cycles drastically reduce the number of code blocks required for complex geometries, shrinking file sizes and simplifying on-machine edits. G71: Rough Turning Cycle
G-codes command motion, while M-codes manage machine functions. The following tables highlight the most common codes used in the 0i-F Plus manual. Primary G-Codes Description Rapid Positioning Moves axes at maximum speed to a coordinate. G01 Linear Interpolation Cuts material in a straight line at a set feed rate. G02 Circular Interpolation (CW) Cuts a clockwise arc. G03 Circular Interpolation (CCW) Cuts a counter-clockwise arc. G04 Pauses axis motion for a specified time. G20 / G21 Inch / Metric Selection Sets the system of measurement. G28 Return to Reference Position Sends the tool back to the machine home position. G40 / G41 / G42 Cutter Compensation
This is one of the most powerful sections of the manual. It introduces the concept of custom variables and logic statements:
The "Plus" series retains the core G-code architecture of previous models, ensuring that existing programs for the standard 0i-TF can typically run without modification. However, the manual highlights significant upgrades in user interface, processing power, and shop-floor efficiency. Key Programming Architectures fanuc series oitf plus programming manual
Tools vary in length and diameter. The 0i-F Plus controller accounts for these variations using offset registers. Tool Length Compensation (G43)
System-reset variables (cleared when power cycles). #500–#999: Permanent common variables (saved in memory). Example Macro Loop
The (often documented under series B-64694) is the definitive technical guide for operating and programming FANUC’s latest generation of lathe-specific CNC controls. This "Plus" edition integrates modern hardware with legacy reliability, featuring the iHMI (intelligent Human Machine Interface) for a more intuitive, icon-driven user experience. Core Programming Architecture Canned cycles drastically reduce the number of code
M-codes control the auxiliary components of your machine tool hardware, such as the chuck, tailstock, spindle direction, and coolant. : Spindle forward (Clockwise) M04 : Spindle reverse (Counter-clockwise) M05 : Spindle stop M08 : Coolant ON M09 : Coolant OFF M30 : End of program and reset to the top 6. Macro B Programming (Parametric Variables)
Local (#1-#33), Common (#100-#199), and System (#5000+) variables store changing coordinates or dimensions.
This comprehensive guide serves as an educational manual to help you understand the core concepts, syntax, structure, and advanced programming features of the FANUC Series 0i-TF Plus controller. 1. Introduction to the FANUC Series 0i-TF Plus Primary G-Codes Description Rapid Positioning Moves axes at
This comprehensive guide serves as your roadmap to understanding the core programming architecture, essential G-codes, canned cycles, and advanced macro programming features of the 0i-F Plus platform. 1. Introduction to the FANUC Series 0i-F Plus Architecture
M-codes direct the auxiliary hardware functions of the machine tool, such as chuck clamping, coolant flow, and spindle direction.
: Cutting movements utilize G01 , G02 , and G03 codes alongside clear X , Y , and Z destination points. 3. The Program End
: Displays intuitive, graphical setups that simplify operations on the shop floor.