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Vibrating Probe

Vibrating Probe

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values. These electrodes have been developed in cooperation with Alan Shipley and others at the National Vibrating Probe Facility (NVPF) within the Marine Biological Laboratory in Woods Hole, MA.

Their primary goal is to develop techniques for design and development of computer-controlled non-invasive, scanning microelectrode measurement systems to detect ionic currents in conductive solutions.

 

 

 

 

Elgiloy Microelectrodes (225 µm X 1 ")
ITEM Length Shaft Diameter Tip Diameter (µm) Tip Profile Impedance (MΩ) Applications
EL10037.0A10 1" 0.231mm 1-2 µm Standard Tip 7.0meg Vibrating Probe Studies
EL100312.0A10 1" 0.231mm 1-2 µm Standard Tip 12.0meg Vibrating Probe Studies

 

Elgiloy Microelectrodes (225 µm X 3 ")
ITEM Length Shaft Diameter Tip Diameter (µm) Tip Profile Impedance (MΩ) Applications
EL30037.0A10 3" 0.231mm 1-2 µm Standard Tip 7.0meg Vibrating Probe Studies
EL300312.0A10 3" 0.231mm 1-2 µm Standard Tip 12.0meg Vibrating Probe Studies

 

Platinum Iridium Microelectrodes (250 µm X 1 ")
ITEM Length Shaft Diameter Tip Diameter (µm) Tip Profile Impedance (MΩ) Applications
PI10036.0A10
PI(2.5cm)0036.0A10		 1" 0.256 mm 1-2 µm Standard Tip 6.0 meg Vibrating Probe Studies

 

Platinum Iridium Microelectrodes (250 µm X 2 ")
ITEM Length Shaft Diameter Tip Diameter (µm) Tip Profile Impedance (MΩ) Applications
PI20036.0A10 2" 0.256 mm 1-2 µm Standard Tip 6.0 meg Vibrating Probe Studies

Choose Quantity
EL100312.0A10

EL100312.0A10

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values.

  • Length: 1"
  • Shaft Diameter: 0.231 mm
  • Tip Diameter: 1-2 µm
  • Tip Profile: Standard Tip
  • Impedance (MΩ): 12.0 meg
  • Applications: Vibrating Probe Studies


Choose Quantity
EL10037.0A10

EL10037.0A10

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values.

  • Length: 1"
  • Shaft Diameter: 0.231 mm
  • Tip Diameter: 1-2 µm
  • Tip Profile: Standard Tip
  • Impedance (MΩ): 7.0 meg
  • Applications: Vibrating Probe Studies


Choose Quantity
EL300312.0A10

EL300312.0A10

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values.

  • Length: 3"
  • Shaft Diameter: 0.231 mm
  • Tip Diameter: 1-2 µm
  • Tip Profile: Standard Tip
  • Impedance (MΩ): 12.0 meg
  • Applications: Vibrating Probe Studies


Choose Quantity
EL30037.0A10

EL30037.0A10

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values.

  • Length: 3"
  • Shaft Diameter: 0.231 mm
  • Tip Diameter: 1-2 µm
  • Tip Profile: Standard Tip
  • Impedance (MΩ): 7.0 meg
  • Applications: Vibrating Probe Studies


Choose Quantity
PI10036.0A10

PI10036.0A10

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values.

  • Length: 1"
  • Shaft Diameter: 0.256 mm
  • Tip Diameter: 1-2 µm
  • Tip Profile: Standard Tip
  • Impedance (MΩ): 6.0 meg
  • Applications: Vibrating Probe Studies


Choose Quantity
PI20036.0A10

PI20036.0A10

These unique Platinum/Iridium or Stainless Steel microelectrodes are specifically designed to have extremely small tip exposures resulting in relatively high impedance values.

  • Length: 2"
  • Shaft Diameter: 0.256 mm
  • Tip Diameter: 1-2 µm
  • Tip Profile: Standard Tip
  • Impedance (MΩ): 6.0 meg
  • Applications: Vibrating Probe Studies

Featured Publication

Dorsal Root Ganglion Injection and Dorsal Root Crush Injury as a Model for Sensory Axon Regeneration.
[Using WPI's UMP3-1]

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