Elgiloy (a stainless cobalt-chromium alloy, similar to a stainless steel) is available in monopolar electrodes for specialty applications, such as vibrating probes for SVET. Elgiloy is most commonly used in dental implants and offers good biocompatibility and corrosion resistance.
Advantages | Disadvantages |
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These monopolar microelectrodes of MicroProbes are also available in Tungsten, Platinum-Iridium, and Pure Iridium metal. As an alternative we provide them with a thin coat of vapor-deposited Parylene-C insulation instead of the Polymide tubing. Each electrode is etched to a fine taper and tipped using a proprietary process to a specific impedance value. Four different tip profiles are also available to further fine-tune your electrode selection to your particular application.
We offer a variety of different tip alternatives for those that prefer a specialized electrode profile for their research.
The tip selection can provide subtle yet important changes to the performance of the electrode, as described below. It is recommended that first time users consider experimenting with different tip profiles to determine which works best for their recording or stimulation protocols.
For some applications concentric or bipolar electrodes (stereotrodes) are useful.
Monopolar Electrodes, Elgiloy (Stainless Steel), Heat Treated Tapered Tip
(225 µm × 3")
With Polymide Tubing
Item |
Length |
Shaft Diameter |
Tip Diameter |
Impedance |
Applications |
Pkg of 10 |
EL3PT30.01H10 |
76 mm |
0.359 mm |
2-3 µm |
0.01 MΩ |
MultiUnit & ERP recording & Stim |
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EL3PT30.05H10 |
76 mm |
0.359 mm |
0.05 MΩ |
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EL3PT30.1H10 |
76 mm |
0.359 mm |
0.1 MΩ |
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EL3PT30.5H10 |
76 mm |
0.359 mm |
0.5 MΩ |
Single & multiunit rec. & stim. |
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EL3PT31.0H10 |
76 mm |
0.359 mm |
1-2 µm |
1.0 MΩ |
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EL3PT31.5H10 |
76 mm |
0.359 mm |
1.5 MΩ |
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EL3PT32.0H10 |
76 mm |
0.359 mm |
2.0 MΩ |
Greater selectivity & micro. stim. |
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EL3PT32.5H10 |
76 mm |
0.359 mm |
2.5 MΩ |
Greater Selectivity - Small Cells |
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EL3PT33.0H10 |
76 mm |
0.359 mm |
3.0 MΩ |
Common Tip Profiles:
Selecting the Optimum Electrode Configuration