CAD-CAM-TNC for TNC 640 Contouring Controls

Course contents

  • Process chain fundamentals
  • Difference between tilting 3+2, inclining and simultaneous machining
  • Output format of NC programs
  • Capabilities of M128 and TCPM functions
  • 3-D tool radius compensation
  • Optimizing and structuring NC programs
  • Using KinematicsOPT
  • Global program settings
  • Tips for postprocessor configuration
  • Packet of functions for roughing and finishing

Objectives of the course

  • Distinguish between the different NC program types
  • Use the TCPM function
  • Take advantage of possibilities for optimizing the control

Target group

Programmers and operators of CNC milling machines, CNC trainers

Requirements

  • Completion of the basic course, or the equivalent knowledge
  • Fundamentals of tilted machining

ID: 30729
Details
Location

HEIDENHAIN Training Center, 222
Remington, Schaumburg, IL

Pricing

$650

Duration

Class schedule:
8:00am – 4:00pm, Monday thru Wednesday

Number of participants

Maximum 4

COVID-19

We follow the CDC and CCPH guidelines, and require guests to obtain a negative COVID-19 test result no more than 72 hours prior to arrival at HEIDENHAIN, regardless of vaccination status.

Your state of residence must be actively yellow at the time of registration based upon the current published state by state infection map published by the City of Chicago Emergency Travel order and referenced by Cook County COVID-19 Guidelines.

The map guidance should be verified again 24 hours prior to arrival at HEIDENHAIN. Visitation may be declined by the host if the status of the origin state has changed to orange.

We must receive your completed COVID-19 questionnaire/agreement at least one business day prior to your arrival at our location.

CAD-CAM-TNC for TNC 640 Contouring Controls
  • Process chain fundamentals
  • Difference between tilting 3+2, inclining and simultaneous machining
  • Output format of NC programs
  • Capabilities of M128 and TCPM functions
  • 3-D tool radius compensation
  • Optimizing and structuring NC programs
  • Using KinematicsOPT
  • Global program settings
  • Tips for postprocessor configuration
  • Packet of functions for roughing and finishing