This equipment makes it possible to attack and eliminate various materials using a Reactive plasma (RIE). The combination of up to six different gases means that almost all kinds of materials used in micronanoelectronics can be etched. The direction of the etch is highly vertical due to the ICP and the system also has an endpoint detector meaning the etching process can be ended when the next structural layer or underlying material is reached.<\/p>\n
– Etching layers of materials that are not protected by resins or metal overlay. From a few nanometres to a few micron
\n \n <\/p>\n
– Training in using the reactive ion etching equipment<\/p>\n
This equipment is used after lithography to remove excess material. It can also be used to create nanocolumns or nanowires.<\/p>\n
Nanotechnology, electronics, optics, optoelectronics, electronic and magnetic devices<\/p>\n
A cleaning process is carried out after every use and, therefore, it is equipment that enables high reproducibility when it comes to making devices. The technicians in the white room have also optimised all the formulae over a period of many years, which means that client requirements are achieved in a very short space of time. The most differential element is the endpoint detector which makes precision etching of a layer without damaging the next one possible.<\/p>\n
\nExamples of work done can be shown on request from the client<\/p>\n
ISOM. HTSE for Telecommunications<\/p>\n