NanoZoomer S60 Digital slide scanner
The NanoZoomer series is a family of whole slide scanners that rapidly scan glass slides to convert them to digital data.
The newly developed NanoZoomer S60 supports both brightfield and fluorescence imaging. Also, it supports double size slides.
|Product name||NanoZoomer S60|
|Scanning speed: 20× mode (15 mm × 15 mm)||Approx. 60 s|
|Scanning speed: 40× mode (15 mm × 15 mm)||Approx. 150 s|
|Objective lens||20× (N.A. 0.75)
User can select 20× or 40× mode at start of scanning
|Compatible glass slides||26 mm × 76 mm (thickness from 0.9 mm to 1.2 mm)
52 mm × 76 mm (thickness from 0.9 mm to 1.2 mm) (option)
|Slide loader||60 slides (20 slides of standard size × 3 cassettes)
30 slides (10 sildes of double size × 3 cassettes) (option)
|Scanning resolution: 20× mode||0.46 μm/pixel|
|Scanning resolution: 40× mode||0.23 μm/pixel|
|Focusing method||Pre-focus map|
|Barcode reader||1D barcode (standard feature), 2D barcode (option)|
|Slide format||JPEG compressed image + slide information|
|Power supply||AC 100 V to AC 240 V, 50 Hz/60 Hz|
|Power consumption (scanner only)||Approx. 225 VA|
In the USA, C13220-01MD NanoZoomer S360MD Slide scanner system is intended for in vitro diagnostic use.
In Europe, following products are regulatory compliant for IVDR (EU), UKCA (UK) and IvDO (CH) for in vitro diagnostic use:
C13220-21MDEU NanoZoomer S360MD Slide scanner system, C16600-21MDEU NanoZoomer S60v2MD Slide scanner system and C16300-21MDEU NanoZoomer S20MD Slide scanner system.
In China, following products are registered for in vitro diagnostic use:
C13220-01 NanoZoomer S360, C13239-01 NanoZoomer S210, C13210-01 NanoZoomer S60 and C13140-01 NanoZoomer-SQ.
In Canada, C13220-31 NanoZoomer S360 has Medical Device License.
In Taiwan, C13220-01 NanoZoomer S360 is registered as medical device.
In Korea, C13220-61MDK NanoZoomer S360MD Slide scanner system is registered as in vitro diagnostic medical device.
In Japan and other countries, NanoZoomer series are for research use only and not permitted to use for clinical diagnostic purposes.
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