Oxygen Detection Systems


Carbon Fiber Potentiostat

Item#: SYS-MICROC

For advanced neurotransmitter detection

  • Measures oxidizable compounds such as catechola­mines (epi­neph­rine, norepinephrine, dopamine), indolamines (serotonin, melatonin), ascorbic acid and Fe (II) with excellent sensitivity, low noise and site specificity
  • Records redox currents with carbon fiber micro­elec­trodes
  • Inherently low noise and a sensitivity of 1 mV/pA
  • Low pass filter
  • Apply DC potential externally when needed
  • Use with WPI's carbon fiber microelectrodes
Unit Price: 2255.00

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Fiber Optic Oxygen Meter for Minisensors

Item#: OXY-MINI-AOT

A generation of sensors based on luminescence lifetime

  • Oxygen is not consumed during the experiment
  • Immune to electrical and magnetic interference
  • Excellent long-term stability
  • No lengthy polarization necessary (like Clark-type O2 electrodes)
  • Fast response time < 0.5 s for MicroTip sensors
  • Probe size of MicroTip sensors as small as 50 µm
  • Measurement is feasible in dry gas
  • Optical isolation of sensor tip available for fluorescent or photosynthetically active samples
Unit Price: 12051.00

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Oxygen Sensor

Item#: Make Selection

FLOX-PROBE, FLOX-PATCH

Detect O2 for real-time analysis

  • Fluorescence-sensing detector for optical sensors, a viable alternative to traditional chemical sensing devices
  • Measure fluorescence lifetime, phase and intensity
  • LED based photometry makes this unit affordable–Half the cost of comparable phase measurement systems
  • Excellent stability, extremely low drift and phase noise
  • Simple calibration, setup and control
  • Oxygen Monitoring Kit, including:
    • Phase measurement system
    • Temperature probe 
    • Select sensor patches when ordering
  • Choose type: Non-Invasive Oxygen Monitoring Kit (FLOX-PATCH) or In Situ Oxygen Monitoring Kit (FLOX-PROBE)
  • See Details for part numbers and descriptions
Unit Price: varies

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Fiber Optic Oxygen Meter for Microsensors

Item#: OXY-MICRO-AOT

A generation of sensors based on luminescence lifetime

  • Oxygen is not consumed during the experiment
  • Immune to electrical and magnetic interference
  • Excellent long-term stability
  • No lengthy polarization necessary (like Clark-type O2 electrodes)
  • Fast response time < 0.5 s for MicroTip sensors
  • Probe size of MicroTip sensors as small as 50 µm
  • Measurement is feasible in dry gas
  • Optical isolation of sensor tip available for fluorescent or photosynthetically active samples
Unit Price: 11700.00

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