Innovative Sensor Solutions
Real-time monitoring and control of biological systems and processes
Innovative Sensor Solutions
Real-time monitoring and control of biological systems and processes
About ArgusEye
The patented technology, born from extensive academic research, utilizes nanoplasmonic sensing combined with fiber optics. By enabling specific real-time in-line analysis, previously confined to off-line analytics, ArgusEye aims to transform how biologics are developed and produced.
About ArgusEye
Our patented sensor technology is the result of extensive academic research and is based on nanoplasmonic sensing combined with fiber optics. By adding customized receptors we can offer flexible and sensitive sensing systems for a variety of targets.
Meet AugaOne™
Key benefits with the Auga™ platform
Specific Response in Real-Time
In-line Monitoring
Automation and Intensification
Applications
Downstream bioprocessing
Improve downstream process efficiency with integrated sensor systems providing essential real-time, in-line data.
Upstream bioprocessing – coming soon
Optimize and accelerate upstream process development by continuous monitoring of important quality attributes and process parameters.
Other applications – future developments
Nanoplasmonic sensing is a highly generic detection technique, which can be used in many different application areas such as water quality monitoring, diagnostics etc.
Latest news
ArgusEye closes €2.8 million funding to accelerate bioprocessing
Erik Martinsson2024-05-13T09:54:17+00:0013 May 2024|News|
Today we’re announcing an oversubscribed funding round of 2.8 M [...]
ArgusEye introduces AugaOne to accelerate downstream bioprocess development
Erik Martinsson2024-03-21T12:05:16+00:0021 March 2024|News|
• AugaOne sensor system provides specific, real-time, and automated data [...]
The Countdown Begins: Just Two Months Until the Exciting Launch of AugaOne!
Erik Martinsson2024-01-22T13:04:42+00:0022 January 2024|News|
With the product launch swiftly approaching, ArgusEye offers an exclusive sneak [...]