TENS application for hand pain
In many cases, TENS treatment of the hand can reduce the pain to a minimum and possibly achieve complete freedom from pain[1]. This applies to both chronic and acute hand pain.
A TENS device can relieve pain in two different ways. The electrical impulses block the transmission of pain to the brain. The TENS treatment also stimulates the body to release endorphins[2]. Endorphins are endogenous pain-relieving substances. Pain therapy also promotes blood circulation in the hand[3].

TENS electrode placement for hand pain
TENS can help you with hand pain in the palm of your hand or in the back of your hand. To do this, attach the electrodes as shown in the figure. The small round electrodes with a diameter of 3 cm are ideal for the palms of the hands. However, you can also use the 4x4 cm electrodes.
The recommended programs for axion TENS devices
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STIM-PRO T400
P01 and/or P09
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Please note when using TENS:
The intensity should be adjusted so that it is felt as a pleasant tingling sensation. The duration of the application should be approx. 40 minutes in order to be able to achieve a lasting reduction in pain. It also makes sense to switch programs every now and then.
What causes hand pain?
The advantages of pain treatment with TENS
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From everywhere
You can use TENS therapy anywhere. It doesn't matter whether you're sitting comfortably on the sofa or in the office.
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Drug free
TENS pain therapy is an alternative to drug pain treatment
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At any time
You can use TENS flexibly and at any time. Success can already be achieved after the first treatment
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Free of side effects
When used correctly, pain treatment with TENS has practically no side effects
Studies and scientific sources
[1] Stralka, SW, Jackson, JA & Lewis, AR (1998). Treatment of hand and wrist pain. AAOHN Journal, 46(5), 233-236. https://doi.org/10.1177/21650799980460050
[2] Ortu, E., Pietropaoli, D., Mazzei, G., Cattaneo, R., Giannoni, M., & Monaco, A. (2015). TENS effects on salivary stress markers: A pilot study. International Journal of Immunopathology and Pharmacology, 114-118. https://doi.org/10.1177/0394632015572072
[3] Cramp, Gilsenan, Lowe & Walsh. (2000). The effect of high- and low-frequency transcutaneous electrical nerve stimulation upon cutaneous blood flow and skin temperature in healthy subjects. Clinical Physiology, 20(2), 150-157. https://doi.org/10.1046/j.1365-2281.2000.00240.x
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