2.4.1 Manufacturing Technology Program – german workcode

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Industry & Engineering

Manufacturing Technology Program

Professionals, Experts and Managers

A sophisticated manufacturing technology is the basis of all the products of our everyday life. For a high-wage country like Germany it is necessary that high-tech manufacturing processes are constantly being redeveloped or continuously improved. One of the key challenges is to reconcile several requirements:

Best possible quality and correspondence of the design specifications
As low as possible production costs

In addition to the procedures, production metrology serves to detect possible deviations from requirements, to uncover their cause chains and to initiate remedial measures. Quality management extends this claim in the form of a holistic approach, which focuses on the process as well as the people who work for it and its operational integration.

Your Benefit

In this program you get an insight into current developments of manufacturing technology. The mediation of the theoretical content with aspects of research is connected with the practical implementation in the industry. It’s up to you, to create your individual program between different key topics.

Content
Possible topics

Focus: Forming technology and quality assurance
- Forming sheets and tubes
- Forging
- Quality control
- Measuring and testing technology
- FEM simulation
Focus: Development of new manufacturing processes with FEM simulation
- FEM models
- Databases
- Virtual process and tool development
- Process limits
- Comparison with reality
- Reengineering
Focus: Modern processes of sheet metal forming
- Forming by characteristics (temperature, force, surface, load)
- Forming fine machining and special forming processes
- Bending and deep drawing, applications and process limits
- Tools
- Machinery
- Presentation and explanation of state-of-the-art machine technology at the University Magdeburg site and a sheet metal processing company in the region
Focus: New developments in technologies for tube forming
- Tube forming process, applications and process limits
- Tools
- Machinery
- Useful examples
- Presentation and explanation of state-of-the-art machine technology at the University Magdeburg site and a sheet metal processing company in the region
Focus: Press – technology for highly stressed components
- Principle of the method Press
- Procedure, variants
- Application areas and process limits
- Dimensioning, structure and special features of the component-related dimensioning of the tools
- basic structure, designs and special features of forming machines; technical requirements for operation
- Presentation and explanation of state-of-the-art pusher technology at the location of a regional company
Focus: Quality investigations on sheet metal components
- Feedstock, Visual examination, Material error
- Surface inspection
- Material properties, Tensile test
- Formability, Technological experiments
- Significance of the material characteristics
- Presentation and explanation of quality investigations at the location University Magdeburg.
Focus: Research and developments in massive forming
- Massive forming process
- Cold-, warm forging (temperature, force, surface, load)
- Spinning and thread rolling, special features, requirements
- Application areas and process limits
- Tools and Machinery
- Presentation and explanation of machine technology at the location of a company from the region
Focus: Quality in highly stressed components. Residual stresses. Delay. Lifespan

Focus: Component-related material testing

Focus: High technologies. Hot isostatic pressing

Focus: Light metal constructions in aircraft and automobile construction

Focus: Evaluation of sheet materials for forming simulation

Focus: Developments in high-speed forming

Certification

Participation Certificate

Venue

Germany

Duration

1 day (each topic), 1 to 2 weeks depending of intensity

Ask for your non-binding offer