Hybrid micro-products permit innovative applications in many fields from industry to health. To reduce their cost and increase their diffusion into market, efficient and smart automatic assembly systems must be developed. This paper presents the results of a project carried out jointly by five university laboratories for assessing and developing suitable technologies that have been integrated into an automatic assembly micro-factory
Study and integration of microtechnologies for smart assembly of hybrid micro-products / A. G., Bruzzone; A., Traverso; D., Antonelli; S., Carmignato; E., Savio; G., Fantoni; M., Porta; Leone, Claudio; Lopresto, Valentina. - In: INTERNATIONAL JOURNAL OF MECHATRONICS AND MANUFACTURING SYSTEMS. - ISSN 1753-1039. - STAMPA. - 2:3(2009), pp. 265-293. [10.1504/IJMMS.2009.026047]
Study and integration of microtechnologies for smart assembly of hybrid micro-products
LEONE, CLAUDIO;LOPRESTO, VALENTINA
2009
Abstract
Hybrid micro-products permit innovative applications in many fields from industry to health. To reduce their cost and increase their diffusion into market, efficient and smart automatic assembly systems must be developed. This paper presents the results of a project carried out jointly by five university laboratories for assessing and developing suitable technologies that have been integrated into an automatic assembly micro-factoryI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
