The manufacturing of beam shaping optics consisting of two or more microoptical components in a hybrid microsystem places high demands on the assembling process for positioning accuracy making a manual alignment process inadequate. The basis for the micro-assembly forms a robotic system. This robot makes it possible to handle, to grip and to join the components with very small position deviations and to apply very small drops of adhesives. The dispensing of adhesive drops of approximately 1 nl volume is an essential part of the task
Robotic microassembly is a process to leverage intelligent micro-robotic technologies to manipulate ...
Despite major progress in developing brilliant laser sources a huge potential for cost reductions ca...
International audienceCompact photonic structures have strategic importance in several fields. In or...
In future most microoptical components will be applied as hybrid integrated systems. The manufacturi...
By the increasing applications of microoptical components in microsystems it is fundamental prerequi...
Hybrid microsystems are composed of various micro-components which even may have been manufactured b...
Hybrid microsystems are composed of various microcomponents which have often been manufactured by di...
Microoptical and integrated optical systems are increasingly integrated into devices produced in hig...
The greatest hinderence to wider applications of micro-optics is the inefficience of the mounting pr...
The increasing demands in MEMS fabrication in the past led to new requirements in production technol...
Micro assembly is typically characterized by positioning tolerances below a few micrometers. In the ...
The increasing demands in MEMS fabrication in the past led to new requirements in production technol...
In recent years there has been considerable progress in utilizing fully automated machines for the a...
An automated assembly technique for small optical components has been developed. It concerns compone...
Robotic microassembly is a process to leverage intelligent micro-robotic technologies to manipulate ...
Robotic microassembly is a process to leverage intelligent micro-robotic technologies to manipulate ...
Despite major progress in developing brilliant laser sources a huge potential for cost reductions ca...
International audienceCompact photonic structures have strategic importance in several fields. In or...
In future most microoptical components will be applied as hybrid integrated systems. The manufacturi...
By the increasing applications of microoptical components in microsystems it is fundamental prerequi...
Hybrid microsystems are composed of various micro-components which even may have been manufactured b...
Hybrid microsystems are composed of various microcomponents which have often been manufactured by di...
Microoptical and integrated optical systems are increasingly integrated into devices produced in hig...
The greatest hinderence to wider applications of micro-optics is the inefficience of the mounting pr...
The increasing demands in MEMS fabrication in the past led to new requirements in production technol...
Micro assembly is typically characterized by positioning tolerances below a few micrometers. In the ...
The increasing demands in MEMS fabrication in the past led to new requirements in production technol...
In recent years there has been considerable progress in utilizing fully automated machines for the a...
An automated assembly technique for small optical components has been developed. It concerns compone...
Robotic microassembly is a process to leverage intelligent micro-robotic technologies to manipulate ...
Robotic microassembly is a process to leverage intelligent micro-robotic technologies to manipulate ...
Despite major progress in developing brilliant laser sources a huge potential for cost reductions ca...
International audienceCompact photonic structures have strategic importance in several fields. In or...