Cutting & Grinding:

How to optimize the usage of the key element of auto-components manufacturer's production line.

• Process Control and use of sensors for High Productivity and Quality in metal grinding.
• Development of Electrical Discharge Machining as a vital manufacturing process in tool manufacturing.
• Adaptive adjustment of Boring Cutters to ensure precision.
• Form optimization of Bevel Gear Flank employing 6 axes CNC approach with distinct advantages.
• Cost Reduction and Part Function improvement by using Abrasive Flow and Electro Chemical Machining

Forging & die casting:

How to economically manufacture demanding components.

• Hybrid forging technology as a way to further lightweighting of automotive products.
• Differential-heating-based forging process as the solution to create hollow shafts with flange or cone features.
• Multi-slide die casting process for achieving complex components at high volumes.

Lasers:

How to utilize the versatility of lasers in enhancing your production capabilities.

• New approach of Water-jet guided Laser for micro machining of precision parts.
• Laser cladding as a precision tool for making wear protection layers.
• Rapid tuning of the fibre laser spot size as the solution for dealing with various metal sheet thickness.
• Selective Laser Melting (SLM) and 3-D Metal Printing – future of parts manufacturing?



Forming:

The economy of the sheet-forming processes concerning the material and energy consumption.

• How to avoid wrinkling and web warping in Flange forming technology.
• Optimization of hot forming process using data mining techniques and finite element method to achieve superior product quality.
• Wet Moulding of CFRP parts as cost effective technology to produce high quality parts with short cycle time and minimal production steps.
• Development of Flow Forming and Spin Forming machines for the needs of automotive component.