Product Information
- Author
- Thema: Informatik und Technik
- EAN
- 9783816305354
- Edition
- 2007
- ISBN
- 978-3-8163-0535-4
- Umfang
- 231 Seiten
- Delivery time
- next business day
High Performance Ramp-up - Gestaltungsstrategien für beschleunigte Serienanläufe (HIPER)
50.00 EUR *
Gesamtpreis: 50.00 EUR *
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Description
High Performance Ramp-up - Gestaltungsstrategien für beschleunigte Serienanläufe (HIPER)
VDMA 2007
231 pages
ISBN 978-3-8163-0535-4
The topic of the Hiper joint project was the practical development and evaluation of new design strategies for accelerating ramp-up processes for variant-rich series products in the field of microsystems technology/mechatronics. The practical objective of the consortium, which was formed around the lead company - the Siemens VDO plant in Limbach-Oberfrohna - was the planning and realization of high performance ramp-ups. High performance ramp-ups are series start-ups that are at least 25% below the respective industry average in terms of start-up time and costs. The minimum requirement here is to achieve competitive process parameters, such as productivity, unit costs and quality rate, within the planned time to market/profit for the product and within the target costs for the ramp-up. The basis for this is the fundamental approach of planning start-up processes earlier and in more detail, i.e. in a different, better quality, in order to eliminate the majority of potential sources of error in the planning phase, i.e. with comparatively little effort. What is new is the holistic focus on start-up and production processes. In contrast to the current predominantly technology-oriented approach, the project took an integrated view of engineering/technology, work organization as well as logistics, quality assurance and maintenance concepts. Furthermore, the systematic tool-supported implementation of participation, i.e. the inclusion of both internal company departments and external partners in start-up planning and decision-making, has led to a new quality in simultaneous engineering. This has resulted in new constructive solutions for quickly realizable, start-up robust production systems in the field of microsystems technology/mechatronics as well as new methodological concepts, such as module-based planning, which, coupled with simulation and visualization (VR), will enable accelerated and high-quality system planning in the future.
231 pages
ISBN 978-3-8163-0535-4
The topic of the Hiper joint project was the practical development and evaluation of new design strategies for accelerating ramp-up processes for variant-rich series products in the field of microsystems technology/mechatronics. The practical objective of the consortium, which was formed around the lead company - the Siemens VDO plant in Limbach-Oberfrohna - was the planning and realization of high performance ramp-ups. High performance ramp-ups are series start-ups that are at least 25% below the respective industry average in terms of start-up time and costs. The minimum requirement here is to achieve competitive process parameters, such as productivity, unit costs and quality rate, within the planned time to market/profit for the product and within the target costs for the ramp-up. The basis for this is the fundamental approach of planning start-up processes earlier and in more detail, i.e. in a different, better quality, in order to eliminate the majority of potential sources of error in the planning phase, i.e. with comparatively little effort. What is new is the holistic focus on start-up and production processes. In contrast to the current predominantly technology-oriented approach, the project took an integrated view of engineering/technology, work organization as well as logistics, quality assurance and maintenance concepts. Furthermore, the systematic tool-supported implementation of participation, i.e. the inclusion of both internal company departments and external partners in start-up planning and decision-making, has led to a new quality in simultaneous engineering. This has resulted in new constructive solutions for quickly realizable, start-up robust production systems in the field of microsystems technology/mechatronics as well as new methodological concepts, such as module-based planning, which, coupled with simulation and visualization (VR), will enable accelerated and high-quality system planning in the future.
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