Programming and Applied Operation

This module focuses on Programming and Applied Operation within 5-Axis CNC Operations and Programming. The module concentrates on DAY 12a: Part 1 and DAY 12b: Part 2. Learners move through DAY 12a: Part 1, DAY 12b: Part 2. Key topics include By an efficient lubrication of the chip surface (bottom of the chip – workpiece surface), as it is obtained by spray cooling resp, In addition, the tungsten carbide is not abruptly cooled by a constant air stream but the heat is evacuated evenly by the air stream, and Due to the high speed of the spindle the effects leading to tool vibrations are reduced, therefore workpieces s….

Why this module matters

It helps learners connect Programming and Applied Operation to the broader course path in 5-Axis CNC Operations and Programming. Learners build working familiarity with DAY 12a: Part 1 and DAY 12b: Part 2. The lessons stay grounded in concrete examples and explanations tied to this module's core topics.

What this module covers

  • DAY 12a: Part 1
  • DAY 12b: Part 2
  • By an efficient lubrication of the chip surface (bottom of the chip – workpiece surface), as it is obtained by spray cooling resp.
  • In addition, the tungsten carbide is not abruptly cooled by a constant air stream but the heat is evacuated evenly by the air stream.
  • Demonstrate safe operating practices for 5-axis milling equipment and the machine shop environment.
  • Navigate a 5-axis machine controller and identify key control panel, keypad, and external machine components.

Topical takeaways

  • By an efficient lubrication of the chip surface (bottom of the chip – workpiece surface), as it is obtained by spray cooling resp.
  • In addition, the tungsten carbide is not abruptly cooled by a constant air stream but the heat is evacuated evenly by the air stream.
  • Due to the high speed of the spindle the effects leading to tool vibrations are reduced, therefore workpieces subjected to negative influences by vibrations can be machined.

Lesson arc

  1. DAY 12a: Part 1 (8 min)

    By an efficient lubrication of the chip surface (bottom of the chip – workpiece surface), as it is obtained by spray cooling resp.

    • By an efficient lubrication of the chip surface (bottom of the chip – workpiece surface), as it is obtained by spray cooling resp.
    • In addition, the tungsten carbide is not abruptly cooled by a constant air stream but the heat is evacuated evenly by the air stream.
    • Due to the high speed of the spindle the effects leading to tool vibrations are reduced, therefore workpieces subjected to negative influences by vibrations can be machined.
  2. DAY 12b: Part 2 (96 min)

    Module 4 Overview - Programming test running DAY 12 1.

    • By an efficient lubrication of the chip surface (bottom of the chip – workpiece surface), as it is obtained by spray cooling resp.
    • In addition, the tungsten carbide is not abruptly cooled by a constant air stream but the heat is evacuated evenly by the air stream.
    • Due to the high speed of the spindle the effects leading to tool vibrations are reduced, therefore workpieces subjected to negative influences by vibrations can be machined.

Key concepts

  • DAY 12a: Part 1
  • DAY 12b: Part 2

Practice and assessment

This module is organized as a compact instructional unit within 5-Axis CNC Operations and Programming with a focused sequence around Programming and Applied Operation.

Continue to the full course

5-Axis CNC Operations and Programming is the parent course for this module. Use the full course page for pricing, certificate details, and the full curriculum.

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