Shockwave therapy

Shock waves are high-energy sound waves that can be generated in the atmosphere by natural phenomena such as lightning strikes or the breaking of a sound barrier by an aircraft. They began to be used in medicine in the 1980s, as a physical treatment method belonging to the group of mechano-therapies. This therapy uses high-energy acoustic pressure waves to induce healing and regenerative processes in the affected tissue. According to the system used to generate the shock wave, it is divided into radial (RSWT) and focused (ESWT).

enPuls NG - Radial shockwave therapy

Radial Shock Wave Technology (RSWT) uses advanced electromagnetic technology to generate high-energy pulses. This technology is particularly effective in treating painful muscle points, tendopathies and heel spurs. Therapy with enPulse NG is known for its effectiveness and low pain, which increases patient comfort during treatment.

enShock - Focused shockwave therapy

The focused shock wave (ESWT) is generated by the piezoelectric principle. Piezo crystals, when electrically activated, generate pressure waves that meet at a single focused point. The depth of penetration can be adjusted by selecting the size of the gel pad.

Principle: The crystals are arranged in such a way that the pressure waves emitted by each crystal reach the focus point. The resulting energy at this point depends on the energy applied, the properties of the crystals and the geometry of the applicator. Clinical practice uses energy density (ED) levels ranging from 0.001 to 0.5 mJ/mm².

Benefits of shock wave therapy with enPuls NG and enShock from Zimmer Medizinesysteme

1. High efficiency and flexibility of treatment

The enPuls NG and enShock devices use advanced shockwave generation technology to provide effective and targeted treatment for a variety of health conditions. With the ability to adjust the intensity and depth of wave penetration, therapy can be precisely tailored to individual patient needs. This ensures effective therapy for a wide range of indications such as painful muscle points, tendinopathies or tendonitis.

2. Reduced pain and discomfort

Both devices are characterized by a lower level of pain during the procedure compared to other shock wave methods. The reasons are as follows:

• enShock uses piezoelectric technology to enable very precise wave generation with lower surface energy intensity. This principle provides a deep therapeutic effect with minimal discomfort on the skin surface, increasing patient comfort during treatment.
  
• enPuls NG uses electromagnetic technology to ensure gentle and efficient energy transfer. This results in less irritation to the surrounding tissue and reduced pain sensation, allowing patients to tolerate the therapy more easily.
  

3. Silent and comfortable operation

Zimmer Medizinesysteme machines are designed to minimize noise during application. The enShock in particular is known for its quiet operation due to the piezoelectric principle, which contributes to a more comfortable environment for the patient and reduces stress associated with treatment.

4. Fast and long-term results

Thanks to precise targeting and quality energy transfer, the devices provide fast pain relief and promote quick tissue regeneration. Many patients experience significant improvement after the first few sessions, reducing the need for long-term treatment.

These benefits make shockwave therapy with enPuls NG and enShock the ideal choice for patients looking for an effective and less painful treatment for a wide range of musculoskeletal problems.

Suitable for therapy:

• Achilles tendinitis pain

• patellar tendinopathy (pain in the lower kneecap, jumper's knee)

• tibial edge syndrome

• muscle and connective tissue activation

• shock wave acupuncture

• Muscle trigger (pain) points - Trigger points

• radial or ulnar epicondylitis of the humerus (tennis, javelin elbow)

• extensive calcification of the shoulder (pain in the shoulder joint area)

• calcaneal spur/plantar fasciitis

• pseudoarthrosis (and other knee joint pain)

• polyneuropathy (reduced or complete loss of sensation)

• post-traumatic spasms

• Stress fractures

• Greater trochanteric pain syndrome

• Tibial stress syndrome

• Delayed fracture healing

• Back and neck pain

• and others

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