Microsystem technology and miniaturization are becoming increasingly important in the automotive and capital goods industries, communication and medical device technologies, and the fields of life science. Mechanical and electronic components, such as minute actuators and complex sensors, are progressively becoming smaller and require adapted production techniques for their manufacturing, assembly and test. Costly conversion procedures, the high floor space requirements of current equipments, and a low level of economical efficiency in the manufacture of micro-components demand for research activities in this area. Micro-production in use at the moment shows deficits but also potentials for development, especially in the production-related ...
This chapter discusses manufacturing, as a general term referring to industry, is to make products t...
In the past ten years, miniaturization of both electrical and mechanical parts has significantly inc...
Todays microsystems (MEMS) are mostly characterized by high reliable but cost intensive processes. T...
The market for microsystems is characterized by a demand for customized products with an associated ...
Microsystem technology and miniaturization are becoming more and more important in the automotive in...
Developments in microtechnology and nanotechnology have paved the way for miniaturizing components, ...
During the past few years, remarkable afforts have been made for the ralization of microscale sensor...
disciplines which are focused on technical components and systems with characteristic dimensions in ...
During the past few yers, remarkable affords have been made for the realization of microscale system...
Recently there is a rapid growth in micro-manufacturing technology especially in the areas of biomed...
Recently there is a rapid growth in micro-manufacturing technology especially in the areas of biomed...
The demand for miniaturized systems in various applications has been observed for some years. On the...
Micro System Technology is characterized and driven by miniaturization. The classical two dimensiona...
Because of its broad spectrum of fields of applicatioon, microsystem technology has become a key tec...
Integrated manufacturing solutions require multi-functional and compact equipment and tools. Example...
This chapter discusses manufacturing, as a general term referring to industry, is to make products t...
In the past ten years, miniaturization of both electrical and mechanical parts has significantly inc...
Todays microsystems (MEMS) are mostly characterized by high reliable but cost intensive processes. T...
The market for microsystems is characterized by a demand for customized products with an associated ...
Microsystem technology and miniaturization are becoming more and more important in the automotive in...
Developments in microtechnology and nanotechnology have paved the way for miniaturizing components, ...
During the past few years, remarkable afforts have been made for the ralization of microscale sensor...
disciplines which are focused on technical components and systems with characteristic dimensions in ...
During the past few yers, remarkable affords have been made for the realization of microscale system...
Recently there is a rapid growth in micro-manufacturing technology especially in the areas of biomed...
Recently there is a rapid growth in micro-manufacturing technology especially in the areas of biomed...
The demand for miniaturized systems in various applications has been observed for some years. On the...
Micro System Technology is characterized and driven by miniaturization. The classical two dimensiona...
Because of its broad spectrum of fields of applicatioon, microsystem technology has become a key tec...
Integrated manufacturing solutions require multi-functional and compact equipment and tools. Example...
This chapter discusses manufacturing, as a general term referring to industry, is to make products t...
In the past ten years, miniaturization of both electrical and mechanical parts has significantly inc...
Todays microsystems (MEMS) are mostly characterized by high reliable but cost intensive processes. T...