PRODUCTION TECHNOLOGY LABORATORY
The main research areas in the Production technology laboratory are manufacturing technologies, metal cutting and cutting tools, production automation, computer aided manufacturing (CAM) and computer integrated manufacturing (CIM), quality control and quality systems, product development and prototype manufacturing, and tool design and manufacturing.
Examples of research and services:
- Machinability tests; tool tests
- Computer aided NC-programming
- Tool management in FMS
- Robot welding and deburring station
- Integrating machine tools in FMS
- Tool condition monitoring
- Optical measurement system in machine tool
- FMS control development
- Flame cutting robot development
- Friction welding machine development
- DBB-measurements for machine tools
- Manufacturing of high-precision components for instruments
- Manufacturing of parts for space exploration instruments
- Manufacturing of dies and tools for injection molding
- Simulation games for production control
- Development of CIM-database for workshop
- Developing and improving the co-operation with subcontractors
- Operations simulations
- Developing of production control in tool manufacturing chain
Examples of research projects:
Developing the manufacturing environment for small-lot and single part manufacturing
Manufacturing of parts for space exploration instruments:
Machinability tests for steel manufacturers
Bendability tests for steel manufacturers
Teaching
The main topics of the teaching provided are manufacturing technology, production automation, production control and planning, quality control, quality assurance and subjects related to production economics.
Modern facilities are available for use in teaching and research, like e.g. three machining centers and a numerical lathe, tool presetting equipment, press brake, guillotine shear and abrasive water jet cutting machine.
Various manually controlled machine tools are available as research equipment. A complete list of facilities is here.
Research
Examples of research areas:
- Usability of engineering materials
- Ultra high-strength steels
- Tools and fixtures
- Machine tools
- Production planning and organization
- Flexible production automation
- Quality control systems
- Development of manufacturing methods