NanoZoomer S360 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 NanoZoomer S360 is the latest high-throughput model, ideal for use in hospitals and clinical laboratories.
C13220-01 is a medical system in China and Taiwan. This is for RUO in other countries.
C13220-01 NanoZoomer S360 Digital slide scanner is not sold as the IVDD unit to EU region after May 27th in 2022.
|Product name||NanoZoomer S360|
|Scanning speeds: 20× mode (15 mm × 15 mm)||Approx. 30 s|
|Scanning speeds: 40× mode (15 mm × 15 mm)||Approx. 30 s|
|Throughput: 20× mode (15 mm × 15 mm)||More than 82 slides/h *1|
|Throughput: 40× mode (15 mm × 15 mm)||More than 82 slides/h *1|
|Objective lens||20× (NA 0.75)|
User can select 20× or 40× mode at start of scanning.
|Compatible glass slide||26 mm × 76 mm|
Thickness 0.9 mm to 1.2 mm
|Slide loader (standard size slide)||360 slides (30 slides × 12 cassettes)|
|Scanning resolution: 20× mode||0.46 μm/pixel|
|Scanning resolution: 40× mode||0.23 μm/pixel|
|Focusing method||Pre-focus map|
|Fluorescence imaging module||No|
|Barcode reader||1D barcode (standard feature), 2D barcode (option)|
|Slide format||JPEG compressed image + slide information|
|Power supply||AC100 V to AC240 V|
|Power consumption (scanner only)||Approx. 200 VA|
In the USA, C13220-01MD NanoZoomer S360MD Slide scanner system is intended for in vitro diagnostic use.
In EU, C13220-21MDEU and C16600-21MDEU are CE marked under EU‘s In Vitro Diagnostic Medical Device Regulation(IVDR) for in vitro diagnostic use.
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 (License No. 97957).
In Taiwan,C13220-01 NanoZoomer S360 is registered as 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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