This paper presents an innovative Printed Circuit Board (PCB) technology for biomedical microdevices. The fabrication process combines biocompatible tested materials and pure metal layers to build micro systems that mix active/passive electronics with microfluidics. Its peculiarity with respect to existing technologies is that it uses standard PCB processes, thereby preserving its characteristics as low production cost and large scale development, necessary for disposable applications.
Aluminium Printed Circuit Board Technology For Biomedical Micro-Devices / B.Iafelice; F.Destro; D.Manessis; D.Gazzola; E.Jung; L.Böttcher; M.Borgatti; T.Braun; J.Bauer; R.Gavioli; R. Gambari; A. Ostmann; R. Guerrieri. - STAMPA. - vol.1:(2007), pp. 563-565. (Intervento presentato al convegno MicroTAS 2007 Conference tenutosi a Paris (France) nel 7-11 October 2007).
Aluminium Printed Circuit Board Technology For Biomedical Micro-Devices
IAFELICE, BRUNO;GAZZOLA, DANIELE;GUERRIERI, ROBERTO
2007
Abstract
This paper presents an innovative Printed Circuit Board (PCB) technology for biomedical microdevices. The fabrication process combines biocompatible tested materials and pure metal layers to build micro systems that mix active/passive electronics with microfluidics. Its peculiarity with respect to existing technologies is that it uses standard PCB processes, thereby preserving its characteristics as low production cost and large scale development, necessary for disposable applications.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
