Engage in sustainable thinking within machining processes.

The objective is to provide participants with essential tools to develop a machining process plan adapted to the industrialisation of a new part. Facilitate decision-making regarding the choice of machine tools by anticipating future industrialisation needs. Finally, provide an overview of crucial methods to ensure optimal maintenance of the machining process, including vibratory methods, tool balancing, and spindle health monitoring.

Key information
Who is it for?
Content

Key information
- Training: Engaging in sustainable thinking within machining processes.
- Summary: The objective is to provide participants with essential tools to develop a machining process plan adapted to the industrialisation of a new part. Facilitate decision-making regarding the choice of machine tools by anticipating future industrialisation needs. Finally, provide an overview of key methods to ensure optimal maintenance of the machining process, including vibratory methods, tool balancing, and spindle health monitoring.
- Theme: Advanced techniques.
- Format: Practical work on a 4-axis milling centre + lecture sessions.

Who is it for?
- Audience: Machining technician, engineer, project manager, operator, technical sales representative.
- Objectives: Provide participants with essential tools to develop a machining process plan adapted to the industrialisation of a new part. Facilitate decision-making regarding the choice of machine tools by anticipating future industrialisation needs. Finally, provide an overview of key methods to ensure optimal maintenance of the machining process, including vibratory methods, tool balancing, and spindle health monitoring.
- Trainers : Damien Joly – Antoine Morandeau – Régis Besson

Content
- Programme:
  - Introduction.
  - Be able to model the machine in a simple way.
  - Be able to understand machining issues related to the machine Power profile, overall rigidity.
  - Example of a machining process plan implementation.
  - Group work on creating a process plan: Analysis and discussions.
  - Machine dynamics introduction: Learn how to measure tool rigidity, with a concrete example of machine health using vibrational signal methods.
  - Importance of tool balancing, practical work.
  - Traceability and transition to Industry 4.0.
  - Conclusion.
- Assessment: Through practical exercises and a quiz at the end of the training.

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