iTNC 530 5-Axis-machining

For iTNC 530 contouring controls

Course contents

  • Common tilting designsPresetting and probing in the tilted or non-tilted coordinate System
  • Manual tilting
  • Guideline for program run
  • Tilting the working plane, preferably using the the PLANE-functions
  • Tilting the working plane
  • Use of the preset table
  • Datum shift from programs or tables
  • Execution of various cycles and contours in tilted condition
  • Machining with several Tools
  • Resetting the tilt
  • Changing the tool penetration angle via M114, M128 and TCPM
  • Use and combination of further tilt-specific M functions
  • Basic information about 5-axis machining
  • Output formats of NC programs: plain-language messages, vector Output
  • 3-D tool radius compensation
  • Optimization of NC programs: Cycle 32, Cycle 332, M124, M120
  • Using KinematicsOPT

Objectives of the course

  • Apply the function for tilting the working plane for
    swivel heads or tilting tables
  • Work with rotary axes and spatial angles
  • Distinguish between the different NC program types of the TNC
  • Distinguish between the different TCPM functions
    (inclined and simultaneous machining) and use them
  • Use functions to influence the program execution behavior of the control or to adjust NC programs

Target group

Programmers and operators of CNC milling machines, CNC trainers, CAM users / programmers

Requirements

  • Knowledge of CNC fundamentals
  • Completion of the basic course, or the equivalent knowledge of programming and operating the control
ID: 467
Details
Location

HEIDENHAIN Training Center, Traunreut

Further providers/locations see button "Training worldwide"

Pricing
Duration
4.5 days
Monday 8:00 a.m. to
Friday approx 12:00 noon
Number of participants

Maximum 6

iTNC 530 5-Axis-machining For iTNC 530 contouring controls
  • Common tilting designsPresetting and probing in the tilted or non-tilted coordinate System
  • Manual tilting
  • Guideline for program run
  • Tilting the working plane, preferably using the the PLANE-functions
  • Tilting the working plane
  • Use of the preset table
  • Datum shift from programs or tables
  • Execution of various cycles and contours in tilted condition
  • Machining with several Tools
  • Resetting the tilt
  • Changing the tool penetration angle via M114, M128 and TCPM
  • Use and combination of further tilt-specific M functions
  • Basic information about 5-axis machining
  • Output formats of NC programs: plain-language messages, vector Output
  • 3-D tool radius compensation
  • Optimization of NC programs: Cycle 32, Cycle 332, M124, M120
  • Using KinematicsOPT