Title :
Microsensors for minimally invasive diagnostics
Author_Institution :
Exitech Ltd., Oxford, UK
Abstract :
Describes the use of excimer lasers for microfabricating various minimally invasive biomedical sensor diagnostic devices. Excimer lasers are the brightest sources of controllable ultraviolet light yet developed by man. Currently excimer lasers are being used to fabricate some of the small structures that form the key technology of a number of medical probes and microsensors. Precision microdrilling with excimer lasers is now routine when making some of the delicate medical probes that measure in situ properties of blood in human arteries. The author discusses biomedical blood sensors, fibre grating sensors and microdisc array chemical sensors
Keywords :
microsensors; biomedical blood sensors; biomedical sensors; controllable ultraviolet light; delicate medical probes; excimer laser microfabrication; fibre grating sensors; human arteries; key technology; medical instrumentation; microdisc array chemical sensors; minimally invasive diagnostics; precision microdrilling;
Conference_Titel :
Through the Keyhole: Microengineering in Minimally Invasive Surgery, IEE Colloquium on
Conference_Location :
London
DOI :
10.1049/ic:19950812