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European standard plug grounding wire 4.0mm female lead wire
Product testing: Oikosulku, johtavuus, eristyksen täydellinen tarkastus, upouusi tarkkuuskaapelin testauskone, reliable and safe use
OEM/ODM: Ulkonäkö, langan tekniset tiedot, värit, laitteistopäät, jne. voidaan räätälöidä ja valmistaa asiakkaan vaatimusten mukaan
European standard plug grounding wire 4.0mm female lead wire
Ota yhteyttä
Sähköpostiasi odotellessa, vastaamme sinulle sisällä 12 tuntia arvokasta tietoa, jota tarvitset.
LIITTYVÄT TUOTTEET
2.0mm round tube end TO 2.0 electrode needle low frequency therapy accessory cable
Classification of surface electrodes for mid low frequency therapy
Surface electrodes for mid low frequency therapy can be classified according to their shape, size, material, and other aspects. The following are several common classification methods:
1. Shape classification: The shapes of surface electrodes include sheet, circle, square, ellipse, jne. Different shapes of electrodes are suitable for different parts of treatment, such as sheet electrodes for large-area treatment, circular electrodes for local treatment, jne
2. Size classification: The size of surface electrodes is usually represented by diameter or side length. Different sizes of electrodes are suitable for different areas of treatment, such as small electrodes for local treatment and large electrodes for large-area treatment.
3. Material classification: The materials of surface electrodes mainly include metal, carbon fiber, silicone, jne. Different materials of electrodes have different conductivity and application ranges. For example, metal electrodes have good conductivity and are suitable for high-frequency therapy, while carbon fiber electrodes are suitable for low-frequency therapy, jne
4. Quantity classification: The number of surface electrodes usually includes unipolar electrodes and bipolar electrodes. Monopolar electrodes are suitable for a single treatment site, while bipolar electrodes are suitable for treatment between two treatment sites. It should be noted that selecting appropriate surface electrodes requires evaluation and selection based on the patient's condition and treatment needs, while following relevant operating procedures and safety precautions to ensure maximum treatment effectiveness.
Disposable negative electrode board with pin insertion for adult therapy circuit board
1. Classified by material: Circuit negative plates can be divided into two types: metal negative plates and conductive adhesive negative plates. Metal negative plates are usually made of metals such as copper and aluminum, which have good conductivity and stability; The conductive adhesive negative electrode plate is covered with a layer of metal foil on the conductive adhesive, which has good flexibility and adhesion.
2. Classified by shape: Circuit negative plates can be divided into various shapes such as circular, square, rectangular, jne. Different shapes of negative plates are suitable for different parts and populations.
3. Classified by purpose: The negative plate of the circuit can be divided into two types: disposable and reusable. Disposable negative plates are usually used for disposable electrocardiogram examinations and can be discarded after use; Reusable negative plates can be reused after cleaning and disinfection.
It should be noted that when using the negative electrode plate of the circuit, it is necessary to strictly follow the operating procedures and disinfection requirements to ensure the safety and accuracy of the inspection. At the same time, the appropriate negative electrode plate should be selected according to the patient's condition, and installed and used correctly to avoid unnecessary risks and complications.
Tukkuelektrodien muunnoslanka 2.0 reikä 1.5 pin-pistoketyyppinen itseliimautuva hoitoelektrodilevyn päälanka
1. Elektrodilevyn liitäntä: vakaa vaihteisto, turvallinen käyttö, pitkä käyttöikä
2. Tuotteen suorituskyky: ympäristöystävällinen materiaali, kylmää kestävä, jäätymistä estävä ja paloa hidastava, kulutusta kestävä
3. Laadukkaat materiaalit: vahva elastisuus, hyvä joustavuus, häiriön esto, ja vakaampi suorituskyky