About Me.
ONLINE SENSOR
This technology is primarily based on the mass change and energy dissipation from the analyte/ion adsorptions and interactions on the sensor chip, which effect a piezoelectricity phenomenon delivering real-time, highly sensitive and selective data. Apart from offering similar functions of the offline sensor, the sampling and analysis processes are automated in the online sensing technology.
Some other features of the technology include:
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Real-time and online monitoring
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Label-free, non-toxic and environmentally-friendly sensing
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Re-generable sensor chips
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Low interference, high accuracy and sensitivity
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Modular designs
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Automated system
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IOT accessibility with notification feature
Performance & Specifications
> 95%
Agreement with ICP-MS
< 15%
Variation limit
ppb
Detection limit
1,500 analysis cycles
High Accuracy
High Regenerability
High Repeatability & Reproducibility
Detection of Iron in Water Sample
Application Note
MIPQOS-1C
Measument Principle
Ion Imprinting and Piezoelectric Effect
Sensitvity
1 ng/Hz @ 10MHZ sensor chip
Noise
0.1 Hz
Dimension (L x W x H)
65 x 35 x 40 cm
Weight (kg)
~ 32 kg
Optional Accessories
Sensor chips (5MHz, 10MHz)
Metal or plastic flow cells
Optional upgrade to multi-analyte online sensing system