Training options:
Workshop BASIC
Fundamentals Workshop (conversational NC programming, 3-axis machining)
Duration: 3 days
Prerequisites: basic CNC knowledge, tooling fundamentals, ability to read technical drawings
Prerequisites: basic CNC knowledge, tooling fundamentals, ability to read technical drawings
Course scope:
- Core basics: operating modes, tool table, file management, data transfer
- Contour definition in Cartesian and polar coordinates
- Cycles for drilling patterns, pockets, bosses, and keyways
- Program repeats and subprograms
- Coordinate transformation cycles, pattern definitions
- Preset table
Workshop ADVANCED
Advanced Workshop (conversational NC programming)
Duration: 3 days
Prerequisites: iTNC/TNC operation and programming skills equivalent to the Basic course
Prerequisites: iTNC/TNC operation and programming skills equivalent to the Basic course
Course scope:
- Advanced drilling techniques
- M functions, Cycle 32 Tolerance
- FK programming for free-form contours
- SL cycles and DXF Converter
- Fixed cycles
- Geometric features
- Helix and thread milling with Q parameters
- Contour with Q parameters, Cycle 25 Contour Line
- Preset table
- Programming Station: installation and customization
Workshop PROBING
Specialized Workshop (touch probe cycles)
Duration: 3 days
Prerequisites: iTNC/TNC operation and programming skills equivalent to the Basic course
Prerequisites: iTNC/TNC operation and programming skills equivalent to the Basic course
Course scope:
- Core basics: parameter setup, centering, probe activation
- Manual workpiece probe cycles: calibration and measurement
- Measurement protocols
- Preset table
- Automatic workpiece probe cycles: setup and part measurement
- Automatic plane measurement
- Special cycles
- User-definable tables
- Parametric functions FN 18, FN 25, FN 26, FN 27, FN 28
Workshop TILTING
Specialized Workshop (tilted-plane machining)
Duration: 3 days
Prerequisites: iTNC/TNC operation and programming skills equivalent to the Basic course
Prerequisites: iTNC/TNC operation and programming skills equivalent to the Basic course
Course scope:
- Fundamentals of machining-plane tilting
- Axial and spatial angles: definitions and rules
- Graphic simulation: functions and practical tips
- Machining-plane tilting in manual modes
- Safe positioning in 5-axis machining
- Machining-plane tilting in the program: Cycle 19 and PLANE functions
- NC program structure for tilted-plane machining
- M functions for tilted-plane machining
- Preset table

