Basic Fiber Sensor Chip - Pre- and post-chamber sensor integration - Fluidic 1090
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  • Basic Fiber Sensor Chip - Pre- and post-chamber sensor integration - Fluidic 1090
  • Basic Fiber Sensor Chip - Pre- and post-chamber sensor integration - Fluidic 1090
  • Basic Fiber Sensor Chip - Pre- and post-chamber sensor integration - Fluidic 1090
  • Basic Fiber Sensor Chip - Pre- and post-chamber sensor integration - Fluidic 1090
  • Basic Fiber Sensor Chip - Pre- and post-chamber sensor integration - Fluidic 1090

Description

The basic fiber sensor integration chip Fluidic 1090 features three rhombic chambers, with sensor ports before and after the chambers, thereby serving as stand-alone device for execution and monitoring of a chemical or biological reaction. The design features bubble traps, preventing that air bubbles in the system interfere with the readout.

The PreSens SensorPlug system is a cutting-edge solution for non-invasive, online monitoring in the field of microfluidics. microfluidic ChipShop offers chips specifically designed to seamlessly integrate PreSens‘ SensorPlugs and carry out real-time monitoring of different parameters. The ready-to-use SensorPlugs consist of a Mini Luer interface, an optical fiber for read-out and a specific sensor at the tip of the fiber. The pre-calibrated sensors are mounted directly onto the microfluidic channel, ensuring that the sensor gets into contact with the fluid pathway. The direct interface allows for continuous monitoring of various parameters, providing data on crucial variables like pH levels, and dissolved oxygen and carbon dioxide concentrations, in microscale fluidic environments. Combining our expertise in microfluidics with PreSens‘ sensor-technology, provides an advanced solution for dynamic, non-invasive & high-resolution monitoring of crucial parameters in microsystems.

This chip is only recommended for low-pressure applications, in order to avoid leakage at the sensor ports. If you don’t need all of the sensor ports, we recommend to close them with our Mini Luer plugs or Mini Luer caps in TPE.

Basic Fiber Sensor Chip Pre- and post-chamber sensor integration Fluidic 1090

The basic fiber sensor integration chip Fluidic 1090 features three chambers with sensor ports for monitoring before and after the chambers.

Material
€42.20 / unit
€34.30 / unit from 10 units
€26.10 / unit from 100 units
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Reference
10001500
Design element
Chamber
Application
Sensor integration
Usage Statement
For R&D use only, Single use
Fluidic
1090
Material
Zeonor
Material chip body
Mcs-COP 02
Material chip lid
Mcs-foil 005 (Zeonor, 188 µm, Tg 136°C)
Color
Transparent
Interface type
Mini luer
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

The basic fiber sensor integration chip Fluidic 1090 features three rhombic chambers, with sensor ports before and after the chambers, thereby serving as stand-alone device for execution and monitoring of a chemical or biological reaction. The design features bubble traps, preventing that air bubbles in the system interfere with the readout.

The PreSens SensorPlug system is a cutting-edge solution for non-invasive, online monitoring in the field of microfluidics. microfluidic ChipShop offers chips specifically designed to seamlessly integrate PreSens‘ SensorPlugs and carry out real-time monitoring of different parameters. The ready-to-use SensorPlugs consist of a Mini Luer interface, an optical fiber for read-out and a specific sensor at the tip of the fiber. The pre-calibrated sensors are mounted directly onto the microfluidic channel, ensuring that the sensor gets into contact with the fluid pathway. The direct interface allows for continuous monitoring of various parameters, providing data on crucial variables like pH levels, and dissolved oxygen and carbon dioxide concentrations, in microscale fluidic environments. Combining our expertise in microfluidics with PreSens‘ sensor-technology, provides an advanced solution for dynamic, non-invasive & high-resolution monitoring of crucial parameters in microsystems.

This chip is only recommended for low-pressure applications, in order to avoid leakage at the sensor ports. If you don’t need all of the sensor ports, we recommend to close them with our Mini Luer plugs or Mini Luer caps in TPE.

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