Combined NSOM/AFM systems usable in the area, employ with scientific software – in biological to the semiconductor, and out of compound throughout to telecommunications.
Advanced level systems for non-temperature NSOM/AFM; ecological chambers; gas and chemical monitoring systems; and also nano-lithography systems are the typical part of united near-field optical microscopes.
Powerful imaging mixes like joint AFM/NSOM/SEM and joint AFM/NSOM/micro-Raman systems, allow boffins exceptional experimental setups for groundbreaking software. NSOM (SNOM) approaches are such as transmission, set and true manifestation.
Systems both the AFM and NSOM give an entirely complimentary optical radius from the above and below, thereby permitting translucent SPM integration using conventional optical microscopes both vertical, inverted and distinctive double (or even 4pi) microscopes.
The award-winning multi-view 1000(TM) is the initial strategy available that completely incorporates all types of scanned probe microscopy using traditional optical microscopy.
Constructed around Nanonics’ improved, award-winning 3 d Flatscan(TM) scanner technology and incorporating complicated cantilevered optical fiber probes, the tool can easily and invisibly be united with almost any inverted, upright, or double optical microscope.