UV-Vis Knowledge Base
English
Dansk
Deutsch
Español
Français
Italiano
Customer support
Suggestions for improvement?
Dansk
Deutsch
Español
Français
Italiano
NanoCuvette™ S
NanoCuvette™ One
Get started
Basics
Application notes
Frequently Asked Questions (FAQ)
Troubleshooting
Teaching material
Solutions
Webinars
White papers
Peer-reviewed articles
NanoCuvette™ S
Get started
Frequently Asked Questions (FAQ)
Validation reports
Application Notes
Webinar
Troubleshooting
SpectroWorks™
Introduction
User Guides
Account and cancellation
Frequently Asked Questions (FAQ) and Essential Information
Troubleshooting
Security, Privacy and the Cloud
SpectroLink™
Introduction
User Guides
Troubleshooting
Frequently asked questions (FAQ) and Essential Information
Security and Privacy
SpectroShell™
UV-Vis Spectrophotometers
Agilent
Ocean Insight
PerkinElmer
Shimadzu
ACTTR
VWR/Avantor
Jenway
Hitachi
Spectrophotometry fundamentals
Light
Instrument components
Calculations
Applications
UV-Vis Analysis Solutions
Introduction to Jupyter Colab Notebooks in Python
Custom UV-Vis analysis development
Analytical chemistry applications
Biochemical analysis applications
Materials characterization applications
Food quality and safety applications
Quality control and production applications
Back to home
UV-Vis Knowledge Base
NanoCuvette™ S
NanoCuvette™ One
Get started
Basics
Application notes
Frequently Asked Questions (FAQ)
Troubleshooting
Teaching material
Solutions
Webinars
White papers
Peer-reviewed articles
NanoCuvette™ S
Get started
Frequently Asked Questions (FAQ)
Validation reports
Application Notes
Webinar
Troubleshooting
SpectroWorks™
Introduction
User Guides
Account and cancellation
Frequently Asked Questions (FAQ) and Essential Information
Troubleshooting
Security, Privacy and the Cloud
SpectroLink™
Introduction
User Guides
Troubleshooting
Frequently asked questions (FAQ) and Essential Information
Security and Privacy
SpectroShell™
UV-Vis Spectrophotometers
Agilent
Ocean Insight
PerkinElmer
Shimadzu
ACTTR
VWR/Avantor
Jenway
Hitachi
Spectrophotometry fundamentals
Light
Instrument components
Calculations
Applications
UV-Vis Analysis Solutions
Introduction to Jupyter Colab Notebooks in Python
Custom UV-Vis analysis development
Analytical chemistry applications
Biochemical analysis applications
Materials characterization applications
Food quality and safety applications
Quality control and production applications
NanoCuvette™ S
Semi-disposable cuvette consumable with an embedded optical chip for particle size analysis, cell/bacteria size and concentration analysis.
Get started
Do you have a short product guide for NanoCuvette™ S?
Get started with NanoCuvette™ S
Are you having problems with NanoCuvette™ S? Report your problem here and get technical support
Introducing NanoCuvette™ S
Frequently Asked Questions (FAQ)
What can I use the refractive index for?
Which UV-Vis spectrophotometers are supported with NanoCuvette™ S?
Which type of waste is NanoCuvette™ S?
Which sample volume is used to make measurements with Nanocuvette™ S?
Where is Nanocuvette™ S made?
Where can I buy Nanocuvette™ S?
What types of samples can be measured with Nanocuvette™ S?
What is low volume use for NanoCuvette™ S?
What is high volume use for NanoCuvette™ S?
What is an appropriate reference solution when using Nanocuvette™ S?
What do you measure with Nanocuvette™ S?
What do I need in my lab to get started with Nanocuvette™ S?
What can I measure using Nanocuvette™S?
Is NanoCuvette™ S GMP validated?
Is it possible to do kinetics with Nanocuvette™ S?
How is refractive index different from absorbance which is conventionally measured with a spectrophotometer?
Can Nanocuvette™ S be used for turbidity and impurity quality control?
Can Nanocuvette™ S be used for measuring particle sizes?
Can Nanocuvette™ S be used for measuring biological cell concentrations?
Can I use NanoCuvette™ S more than once?
Will the sample size of the volume affect the concentration when using Nanocuvette™ S?
What path lengths are used to make measurements and is the user required to make any calculations relevant to the path length when measuring with Nanocuvette™ S?
Can you measure the particle size distribution using the Nanocuvette™ S?
Which fluid materials are supported in SpectroWorks™?
Which particle materials are supported for NanoCuvette™ S in SpectroWorks™?
See more
Validation reports
Validation report: Testing and validation of NanoCuvette™ S, SpectroWorks™ together with UV-Vis spectrophotometer
Application Notes
Application Note AN-6-101: Particle size analysis of polystyrene beads with UV-VIS spectrophotometer and Nanocuvette™ S
Webinar
Webinar about NanoCuvette™ S
Troubleshooting
NanoCuvette™ S troubleshooting
