... developing and augmenting your know-how and skills by accessing praxis-driven training material...
This course focuses on demonstrating the skills of laser technology for coating, repairing, and remanufacturing metal component surfaces.
Course related to Process development and optimization in the context of Manufacturing
Introduction:
Introduction:
Would you like to …
• Know the main aspects of laser technology and its use for laser cladding?
• Know how this process affects the materials, the effects of the different parameters and the filler materials used?
Key information:
• Delivery: Face to Face
• Duration: 8 hours
• Cost: 550 € + IVA
• Level: Intermediate
Target Audience:
The course is designed for design offices, engineers, R&D, materials processing specialists, mold and tool maintenance, etc.
Learning Objectives:
At the end of the course, attendees will be able to:
• Acquire the basics of laser treatment, cladding and repair techniques.
• Identify and control operating parameters on laser machines.
• Analyze and assess the influence of operating parameters.
• Know how to adjust laser tools to the specific needs of repair or cladding.
• Be familiar with the specific metallurgy of laser cladding.
• Know how to analyze a cladded layer metallurgically.
Language: English
• Laser beam characteristics.
• Physical principles of beam generation
• Beam quality and transfer mode
• Laser interaction with materials
• Laser systems
• General hazards in laser installations
• Specific health and safety considerations
• Laser safety regulations
• Fundamentals of the process
• Filler materials
• Process parameters and their influence in materials properties.
• Industrial laser cladding systems
• Aspects to be consider before coating or repairing.
• Filler materials. "Rechargeability".
• Laser cladding steels: metallurgy, defects, and applications.
• Laser cladding monitoring and control systems.
Practical demonstration of laser cladding process
