Ensure the turret has cleared the chuck and tailstock completely before executing a tool change ( T0101 ).
3D graphics for verifying tool paths before cutting. 2. Getting Started: Structure of a Part Program
The programming sections within the Operator’s Manual cover the essential G‑code and M‑code commands required to create, edit, and execute part programs on the 0i‑TF Plus control. The manual is structured to guide programmers from basic moves through complex canned cycles.
which uses intuitive icons and digital manuals accessible directly on the shop floor. Conclusion fanuc series oitf plus programming manual
The cycle is essential for efficiently removing material from a cylinder. Cut Depth: Define how deep the tool cuts per pass.
: Detailed instructions on how the control automatically optimizes acceleration/deceleration based on the operation, significantly reducing cycle times without compromising tool life.
The FANUC Series 0i-TF Plus is a premier CNC system for modern turning and milling applications. This guide breaks down the essential programming concepts, G-codes, and structures found in the official programming manual. 🚀 System Overview Ensure the turret has cleared the chuck and
O2000; #1 = 50.0; (Start X diameter) #2 = 10.0; (Groove width Z) #3 = 0.2; (Incremental step) WHILE [#1 GT 30.0] DO1; G00 X#1 Z5.0; G01 Z-#2 F0.05; G00 Z5.0; #1 = #1 - #3; END1; M99;
The 0i-TF Plus introduces several advanced control technologies documented in the manual: FANUC Series 0i-F Plus - CNC
Sets the feed rate relative to spindle rotation (inches/mm per revolution). 3. Critical Miscellaneous Functions (M-Codes) Getting Started: Structure of a Part Program The
The manual dedicates significant space to the standard preparatory (G) and miscellaneous (M) functions. G codes are used to specify the machine’s motion mode, such as rapid positioning (G00), linear interpolation (G01), and circular interpolation (G02/G03). M codes handle auxiliary functions like program stop (M00, M01, M02), spindle control (M03, M04, M05), and coolant activation/deactivation.
Starts clockwise spindle rotation (looking from the tailstock toward the spindle face).
Automatically adjusts RPM based on the current cutting diameter. Direct RPM Control
Example:
