MICROVOLUME SPECTROPHOTOMETER

NanoPhotometer® N60/N50
N60/N50
Description
Mobile Design


Stand-Alone Operation
No computer required. Built-in Computer with high performance Intel Celeron dual core 2.4 GHz processor and 32 GB of onboard memory provide powerful and easy storage of methods and data.
Accurate
Sample Compression Technology™ provides unmatched precision and accuracy with reliable measurement geometry of challenging samples including proteins. A capillary film is formed between two quartz surfaces with each sample eliminating the need for surface tension.

Certainty in Real Time
Sample Control™ – the leading edge quality control technology to identify air bubbles, sample impurities, turbidity, lint residue and potential contaminations. Sample Control™ monitors handling characteristics and sample quality in real time to ensure that the measured concentrations are reproducible and most precise.
Endless Connectivity
Equipped with Wi-Fi, built-In HotSpot, LAN, HDMI and USB A/B interface connections for remote instrument control, data accessibility and printing. NPOS now supports AirPrint /IPP compatible printers supporting PDF format, printers compatible with the HP universal driver and DYMO label printers (cryo and standard labels). The NanoPhotometer® is compatible with 1 and 2D bar code readers allowing for flexible and streamlined data entry. Unique file server functionality allows access of data stored on the NanoPhotometer® drive from any computer accessing the lab network.Equipped with Wi-Fi, built-In HotSpot, LAN, HDMI and USB A/B interface connections for remote instrument control, data accessibility and printing. NPOS now supports AirPrint /IPP compatible printers supporting PDF format, printers compatible with the HP universal driver and DYMO label printers (cryo and standard labels). The NanoPhotometer® is compatible with 1 and 2D bar code readers allowing for flexible and streamlined data entry. Unique file server functionality allows access of data stored on the NanoPhotometer® drive from any computer accessing the lab network.
