Electrotherapy Vienna

Electrotherapy: the innovative solution against pain!

Electrotherapy is an innovative form of treatment that relieves your pain with targeted electrical impulses and promotes healing. Electrotherapy is ideal for you if you are looking for a non-invasive solution to your complaints.

Elektrotherapie bei ANDRUKONIS Physiotherapie Wien
Elektrotherapie – ANDRUKONIS Physiotherapie & Orthopädie 1140 Wien

What is electrotherapy?

Electrotherapy is a medical treatment method in which electrical current is used to relieve pain, stimulate muscle activity and support healing.

The core of electrotherapy is based on the use of different forms of current, tailored individually to your needs and state of health. Some techniques use gentle electrical currents to relieve pain and interrupt pain signals. Other methods focus on the electrical stimulation of your muscles in order to increase muscle strength or to rehabilitate muscle function after injuries or operations. These varied applications make electrotherapy a flexible and effective tool in modern medical practice.

Treatment process: how electrotherapy is carried out

Electrotherapy begins with a thorough case history and examination. The therapist determines your specific complaints and state of health in order to select the appropriate form of electrotherapy. Once the treatment has been decided, the therapist explains the procedure and the sensations you may experience.

The patient takes up a comfortable position, usually lying down or seated. The therapist places electrodes on the skin in the area to be treated. These electrodes are connected to a device that generates electrical impulses. The intensity and frequency of the current are adjusted individually in order to achieve optimal results while keeping the patient comfortable.

During the treatment the patient may feel a tingling sensation or slight twitching of the muscles. The duration of an electrotherapy session varies, but is often between 10 and 30 minutes. After the session the therapist removes the electrodes and discusses how the patient feels as well as the next steps in the treatment plan. Patients can usually resume their normal activities immediately after the session.

Elektrotherapie bei ANDRUKONIS Physiotherapie Wien

Electrotherapy Vienna: costs

  • Electrotherapy Vienna 30 min 70 €

Our practice in Vienna

Our barrier-free shared practice at Spallartgasse 19 in Breitensee, Vienna’s 14th district, is just a four-minute walk from the U3 station Hütteldorfer Straße. 

The practice has step-free, barrier-free access and offers bright, modern treatment rooms. In our welcoming waiting area with its relaxed atmosphere you can feel at ease before making use of our comprehensive range of orthopaedic and physiotherapy services.

What we are proud of: our customer reviews

The positive feedback from our clients underlines the outstanding effectiveness of our electrotherapy and highlights the professional approach of our therapists.

This feedback is evidence of our commitment to providing specialised, individually tailored treatments that make a decisive contribution to relieving pain and promoting the general well-being of our patients.

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Useful information about electrotherapy in Vienna

Electrotherapy is a medical treatment method in which electrical current is used to relieve pain, stimulate muscle activity and support healing. 

The core of electrotherapy is based on the use of different forms of current, tailored individually to your needs and state of health. Some techniques use gentle electrical currents to relieve pain and interrupt pain signals. Other methods focus on electrical muscle stimulation in order to increase muscle strength or to rehabilitate muscle function after injuries or operations. These varied applications make electrotherapy a flexible and effective tool for you in modern medical practice.

When is electrotherapy used?

Electrotherapy is widely used in medicine, especially in physiotherapy and rehabilitation, and is used for a range of therapeutic purposes. 

The main areas of application of this treatment method include:

  • Pain treatment:
    For acute and chronic pain, such as back pain, arthritis, nerve pain and other pain conditions.
  • Muscle stimulation:
    To strengthen weakened muscles, improve muscle coordination and prevent muscle atrophy, especially after injuries or surgical procedures.
  • Improving circulation:
    Electrotherapy can promote blood flow in specific areas of the body, which helps to relieve pain and speed up healing.
  • Promoting tissue healing:
    In the treatment of wounds, especially poorly healing wounds, electrotherapy can support your healing process.
  • Treatment of neurological conditions:
    To support the rehabilitation of stroke patients or in conditions such as multiple sclerosis, in order to improve your motor function and muscle control.
  • Relaxing muscle tension:
    In the case of muscle cramps or tension, electrotherapy can help you relax and relieve your symptoms.

Who is electrotherapy suitable for?

  • Orthopaedic conditions:
    In conditions such as osteoarthritis, back pain, herniated discs and tendon inflammation.
  • Chronic pain syndromes:
    For example fibromyalgia, chronic back pain and neuropathic pain.
  • Muscle disorders:
    For the treatment of muscle atrophy and muscle weakness and for muscle rehabilitation after injuries or surgical procedures.
  • Wound healing:
    In the treatment of poorly healing wounds, pressure sores and diabetic foot ulcers.
  • Incontinence:
    For both urinary and faecal incontinence, to strengthen the pelvic floor muscles.
  • Sports injuries:
    To speed up the healing of muscle injuries, strains and sprains.
  • Rheumatic conditions:
    As with rheumatoid arthritis, electrotherapy is also used in rheumatic conditions to relieve pain and reduce inflammation.

What effect does electrotherapy have?

Through the use of electrical currents for therapeutic purposes, electrotherapy offers a range of positive effects on the human body:

  • Pain relief:
    Electrical currents can influence the conduction and perception of pain, which reduces your pain. This happens by stimulating the nerves that transmit pain signals, or by releasing your body’s own pain inhibitors such as endorphins.

     

  • Muscle stimulation:
    Electrotherapy can stimulate weak or atrophied muscles, promote contraction of your muscles and thus help to strengthen them and improve their function.

     

  • Improving circulation:
    Applying electrical currents can increase blood circulation in the treated areas. This in turn leads to an improved supply of oxygen and nutrients to the tissue and thus supports your healing process.

     

  • Tissue healing:
    Electrotherapy can speed up the healing process of your wounds and injuries by promoting cell regeneration and tissue repair.

     

  • Reducing inflammation:
    Certain forms of electrotherapy can have an anti-inflammatory effect, which is particularly helpful if you suffer from conditions such as arthritis.

     

Increasing tissue elasticity:
Electrotherapy can help to loosen tissue, which is useful for tension, stiffness and scar tissue.

What are the risks of electrotherapy?

When carried out professionally, electrotherapy is considered safe. Nevertheless, side effects may occur that should be taken into account:

  • Skin irritation:
    The electrodes applied to the skin can cause irritation or allergic reactions in some patients.

  • Increased pain:
    In some cases electrotherapy can temporarily increase pain, especially if the intensity of the treatment is too high.

  • Muscle soreness:
    Similar to the effect of intensive physical activity, as a patient you may feel a kind of muscle soreness after an electrotherapy session.

  • Cardiac arrhythmia:
    In people with existing heart conditions or pacemakers, electrotherapy may under certain circumstances trigger cardiac arrhythmia.

  • Malaise or dizziness:
    Some patients may experience malaise or dizziness during or after the treatment.

Contraindications for electrotherapy:
You should not undergo electrotherapy during pregnancy, in order to protect the unborn child.

Electrotherapy is likewise not advisable in conditions such as:
– cancer
– skin conditions
– infections in the treatment area

Why choose ANDRUKONIS Physiotherapy?

Reliable

ANDRUKONIS Physiotherapy stands for reliable therapeutic approaches based on scientifically sound methods, to ensure the best possible results for you.

Punctual

Effective time management is important to us, so that every treatment starts and ends exactly at the scheduled time, guaranteeing you the highest possible effectiveness.

Professional

Our team consists of first-class trained physiotherapists who stand out through continuous further training and their empathetic manner.

Forms of electrotherapy

Electrotherapy comprises various treatment methods that use electrical energy to relieve pain, improve muscle and nerve function and promote healing. 

These techniques vary according to the area of application and your needs as a patient.

Direct current therapy

Direct current therapy, also known as galvanic therapy, is a form of electrotherapy in which a constant, unidirectional current (direct current) is used for therapeutic purposes. The effects and physiological processes triggered by this form of therapy are varied:

  • Pain relief: direct current can influence nerve conduction and thereby block pain signals. This happens through hyperpolarisation of the nerve cell membranes, which inhibits the transmission of pain signals to the brain.
  • Muscle stimulation: direct current can also be used for muscle stimulation. Stimulating the muscles with direct current can prevent or counteract muscle atrophy, particularly after injuries or during prolonged immobility.
  • Improving circulation: applying direct current can promote blood flow in the treatment area. This leads to an improved supply of oxygen and nutrients to the tissue and supports the healing process.
  • Promoting tissue healing: direct current can stimulate cell activity and thus support the regeneration and healing of tissue. This is particularly useful in the treatment of wounds or chronic skin conditions.
  • Pain management: one of the main goals of direct current therapy is to relieve pain, especially in chronic pain conditions.
  • Muscle maintenance and rehabilitation: the therapy is used to prevent muscle wasting and to restore muscle strength after injuries or operations.
  • Supporting wound healing: in the case of poorly healing wounds, direct current therapy can speed up the healing process.
  • Improving local circulation: stimulating blood flow in specific areas of the body is another goal, which is particularly relevant in circulatory disorders.

Low-frequency therapy

Low-frequency therapy uses electrical current with a low frequency (up to around 1000 Hz) to achieve various therapeutic effects. As with direct current therapy, low-frequency therapy aims to relieve pain, improve muscle function and support the healing process, but differs in some specific mechanisms and applications.

  • Pain relief: stimulating the nerves with low-frequency current can block pain signals. This works via the gate control theory of pain, according to which electrical stimulation can inhibit the transmission of pain signals to the brain.

 

  • Muscle stimulation: low-frequency current can cause muscles to contract, which is used in the treatment of muscle atrophy, to improve muscle strength and coordination, and to relieve pain through muscle relaxation.

 

  • Neuromuscular re-education: it can be used in the rehabilitation of patients with neurological conditions or after injuries, in order to restore lost motor functions.

 

  • Promoting circulation: electrical stimulation can increase local blood flow, which leads to an improved supply to the tissue and faster healing.
  • Pain reduction: particularly in chronic pain conditions or after injuries.

 

  • Muscle rehabilitation: restoring muscle strength and function, especially after prolonged immobility or neurological damage.

 

  • Supporting healing processes: speeding up healing in wounds, injuries or post-operative conditions.

 

  • Improving motor function: in neurological conditions such as stroke or in cases of muscle weakness.

Medium-frequency therapy

Medium-frequency therapy differs from low-frequency therapy in the frequency of the current used. Medium-frequency therapy uses current frequencies in the range of roughly 1000 to 10,000 Hz. These higher frequencies have particular physiological effects and areas of application that differ from low-frequency therapy.

  • Tissue penetration: medium-frequency current penetrates the tissue more easily and with less skin resistance than low-frequency current. This allows deeper and more even stimulation without unpleasant skin sensations.

 

  • Pain relief: medium-frequency therapy can be used effectively to relieve pain, as it influences pain conduction in the nerve pathways and, like low-frequency therapy, raises the pain threshold.

 

  • Muscle stimulation: it is used to strengthen and stimulate muscles, particularly in cases of muscle weakness or to support rehabilitation after injuries or surgical procedures.

 

  • Promoting healing: medium-frequency therapy can support the healing process of tissue damage by improving local circulation and stimulating cell metabolism.
  • Treating pain: particularly chronic pain or pain associated with muscle tension.

 

  • Muscle rehabilitation: restoring and strengthening muscle strength and function.

 

  • Promoting circulation: improving blood circulation in specific areas of the body, which is beneficial for healing injuries and relieving pain.

 

  • Improving tissue healing: supporting the healing process in injuries and post-operative conditions.

High-frequency therapy

High-frequency therapy uses electrical current with even higher frequencies than medium-frequency therapy, typically above 100,000 Hz. This high frequency brings unique physiological effects and specific areas of application that differ from those of low- and medium-frequency therapy.

  • Deep heat: one of the main characteristics of high-frequency therapy is the generation of deep heat in the tissue. This heat is produced by the high frequency, which sets the water molecules in the tissue vibrating and thereby generates warmth.

 

  • Pain relief: the heat generated by high-frequency therapy can improve circulation, release muscle tension and relieve pain, particularly in chronic musculoskeletal complaints.

 

  • Muscle relaxation: the heat has a relaxing effect on muscles, which can be helpful in cases of muscle stiffness, cramps and tension.

 

  • Improving circulation: the heat promotes blood flow and can thus improve the supply of oxygen and nutrients to the treated tissue.
  • Pain management: above all in chronic pain conditions and musculoskeletal disorders.

 

  • Muscle relaxation: relieving muscle tension and stiffness.

 

  • Improving tissue elasticity: in the treatment of scar tissue and to promote mobility.

 

  • Supporting healing: through improved circulation, high-frequency therapy can support the healing process in various conditions and injuries.

Frequently asked questions

For an electrotherapy treatment it is advisable to wear comfortable clothing and to bring your current medical prescription or relevant medical documents. If you have particular requirements or questions, please contact your therapist in advance.

After electrotherapy it is important to drink enough water to stay hydrated, to avoid physical exertion and to watch out for any skin reactions. If you experience pain or unusual symptoms, contact your treating therapist or doctor immediately.

The frequency of electrotherapy depends on the individual treatment plan and the type of complaint. Usually 1–3 sessions per week are recommended. However, the exact frequency should always be agreed with your treating therapist or doctor.

Electrotherapy must not be used in people with pacemakers, during pregnancy, or in cases of cancer, thrombosis, acute infections, skin conditions in the treatment area, and in people with epilepsy or other serious neurological conditions.

Electrotherapy can be beneficial to health when used in a targeted and professional way to treat specific medical conditions. It can relieve pain, strengthen muscles and support healing processes, but should always be carried out under professional supervision.

The duration of an electrotherapy session varies depending on the treatment goal and method, but is typically between 10 and 30 minutes. The exact treatment time is determined individually by the therapist based on the specific medical indication.