srt zeptoring® supports the sustainable reduction of back pain and promotes mobility in patients with orthopaedic problems. From chronic pain to osteoporosis – the treatment is targeted and effective.
Incorrect posture and one-sided strain, and in particular excessively monotonous postures, often lead to painful tension. The targeted use of srt zeptoring® can strengthen these weak structures, loosen tense muscles and thus reduce back pain in the long term – with just a few minutes of use per day. And the best thing is that you feel better immediately after the srt zeptoring® treatment. Loosening tense back muscles is the first and decisive step in counteracting back pain, because a pain-free back is the only way to do further exercises that build up and strengthen the back muscles in the long term. srt zeptoring® is ideal for both objectives, and it takes very little time.
Proven effectiveness proven by numerous studies and scientific publications.
Highest standards of precision and reliability for optimum treatment results.
Versatile - a solution for almost all orthopaedic treatment requirements.
srt zeptoring® can be used to achieve numerous therapeutic goals for orthopaedic conditions. The targeted stimulation promotes:
Wear and tear in the foot, knee or hip joints can have various causes (prolonged overloading due to overweight, work, misalignment, post-traumatic causes, genetic causes, metabolic causes, etc.). In all cases, there is increased cartilage wear in the joint surfaces and remodeling of the bone under the cartilage.
In these cases, where large cartilage lumps have not yet formed, stochastic resonance therapy can have a positive effect by improving the subchondral blood supply and eliminating osteoporosis. Under these conditions, better regeneration of the cartilage tissue is possible. The positive effect of Stochastic Resonance Therapy is recognized by a decrease in pain, improved walking performance and a reduction in the use of analgesics.
Stochastic resonance therapy works in these cases by increasing the voluntary muscular activation potential, triggered by the release of neurotrophic substances. To improve the regeneration of irritated receptor systems, a combination with heat therapy is conceivable.
Stimulating the receptor systems causes reflex activations. As a result, nerve cell groups are trained independently of voluntary motor skills. Furthermore, the unpredictability of the movements generates a high level of cerebellar activity, which contributes to the improvement of movement safety and the timing of movement sequences.
Highly effective in reducing chronic back pain
Source: Prof. Dr. rer. nat. Stefan Dalichau, Institut f. angewandte Prävention u. Leistungsdiagnostik BG Unfall-Ambulanz u. Reha-Zentrum am Airport Bremen: Vibration training in therapy with special consideration of stochastic resonance
Stochastic resonance therapy is used for fractures with the following diagnoses:
Stochastic resonance therapy works by activating osteoblast activity. Furthermore, the stochastic stimuli optimize the preflex-reflex control of muscle activity. Stochastic resonance therapy significantly shortens the fracture healing time and leads to stabilization and strengthening of the tendon and supporting tissue as well as the supporting muscles, which contributes to a reduction of complications in adjacent joints (subchondral decalcification and movement restrictions).
With the long-term application of stochastic resonance therapy, we not only have a positive influence on the formation of new bone and thus on fracture healing, but also on osteoporosis and gait instability in older people.
Stochastic resonance therapy has three objectives here:
Stochastic resonance therapy is intended to intensify the metabolic processes in the bone and cartilage area and prevent the local metabolic problems with subchondral decalcification processes that are always to be expected postoperatively. The therapy is carried out 2 to 3 times a week for 4 weeks. After the second week, the first cycles of application can be carried out transversely on the standing surfaces.
Overall, a significant shortening of the healing process is achieved.
Stochastic resonance therapy can be started just a few days after the operation, naturally at the lowest intensity (weak) with the knee flexed (more than 10° – 15°). Depending on the location of the rupture, this can be varied so that there is no pain during therapy. No irritation should occur. The intensity can be gradually increased.
35 % better balance (medial/lateral)
43 % better balance (anterior/posterior)
Source: Prof. Dr. rer. nat. Stefan Dalichau, Institut f. angewandte Prävention u. Leistungsdiagnostik BG Unfall-Ambulanz u. Reha-Zentrum am Airport Bremen: Vibration training in therapy with special consideration of stochastic resonance
Hip endoprostheses are implanted in cases of painful coxarthrosis, traumatic, osteoporotic or tumorous fractures.
Stochastic resonance therapy is used for both cemented and cementless prostheses. In both cases, the prosthesis or cement grows in more quickly. This ensures better retention of the prosthesis or bone cement. Stochastic resonance therapy works by activating osteoblast activity (new bone formation) and reducing any osteoporosis that may be present at the same time, i.e. the bond with the foreign material (endoprosthesis or cement) is accelerated and strengthened.
Stochastic resonance therapy for cemented prostheses can be started as early as 14 days after surgery, but at a very low intensity (weak) and slowly increased for a period of 6 weeks. Then once a week for a further 6 weeks at an adjusted intensity.
In the case of cementless prostheses, stochastic resonance therapy is usually not started until 5 – 6 weeks after surgery, also at a low intensity and slowly increasing to medium intensity over the next 6 weeks.
Endoprostheses of the knee joint are required due to existing arthrosis, fractures or tumors. The form of application of stochastic resonance therapy is the same in all cases and, as with the hip, depends on the type of endoprosthesis: cemented or cementless.
Stochastic resonance therapy works by activating osteoblast activity (new bone formation) and reducing any osteoporosis that may be present at the same time, i.e. the bond with the foreign material (endoprosthesis or cement) is accelerated and strengthened.
The cemented prosthesis can generally be loaded immediately, but must not be exposed to the risk of loosening due to high intensity. The cementless prosthesis can only be subjected to standard stochastic resonance therapy after approx. 6 weeks.
Stochastic resonance therapy is an essential component of the overall therapy determined by the attending physician, which also includes measures against frequently accompanying diseases, such as inactivity-related muscle atrophy in the trunk area. Stochastic resonance therapy works by stimulating osteoblast activity. At the same time, the trunk muscles are strengthened, which leads to improved support of the spine and stops further degenerative processes. Stochastic resonance therapy has a positive effect by improving the muscular situation (reduction of muscle tension disorders). Naturally, improved bone density can only be verified by measurement after a period of approx. 6 to 12 months.
390 % higher bone growth
Source: Prof. Dr. rer. nat. Stefan Dalichau, Institut f. angewandte Prävention u. Leistungsdiagnostik BG Unfall-Ambulanz u. Reha-Zentrum am Airport Bremen: Vibration training in therapy with special consideration of stochastic resonance
The special effect of stochastic resonance therapy is achieved on the one hand by strengthening the tendon tissue by activating fibroblast activity, and on the other hand by mobilizing the tissue adhesions in the tendon and joint capsule area that inevitably occur during the operation.
The healing process with mobility and resilience can be significantly shortened by stochastic resonance therapy.
Load stability of a ligament reconstruction can be expected 6 weeks after surgery. As the ligaments are not under significant tension in normal standing, stochastic resonance therapy can be started as early as 3 weeks after the operation, 2 to 3 times a week, starting with a low intensity.
The affected side can also be partially loaded at the beginning, which leads to a lower stress situation in the operated ligament. From the 7th week after surgery, the first and second cycle can be performed in a transverse position on the standing surfaces.
srt zeptoring® offers patients with orthopaedic complaints a lasting improvement in mobility, pain reduction and increased muscle strength. Regular use can slow down degenerative processes and improve mobility in the long term – for a higher quality of life and more independence in everyday life.
I have been working in orthopaedics for many years. Every day I see patients with complex musculoskeletal complaints. Osteoarthritis, chronic back pain, instabilities after operations, long histories of suffering. I am very familiar with the possibilities of classic orthopaedic therapy and know how important targeted mobilization, strengthening and structured rehabilitation are.
And yet there is a point at which it becomes clear: Symptoms can be alleviated, but functional stability is not permanent. Particularly after endoprosthetic procedures or degenerative changes, I see time and again that patients are in less pain but do not really trust their bodies. Movements remain unsteady, gait patterns are compensated for and postures are maintained.
It was precisely at this point that we began to question our therapeutic approach. When we first became involved with srt zeptoring® we were not interested in yet another device or technical innovation. It was about a question that we encounter time and again in our day-to-day practice: How can we address the neuromuscular system of our patients in such a way that stability is not only trained, but actually integrated?
Stochastic resonance therapy starts exactly where many orthopaedic therapy approaches end, with the neuronal control of movement. Multidimensional, random movement impulses activate the deep muscles, balance system and central control circuits simultaneously. For our patients, this means: a few minutes on the device, without active strain, without pain and yet a highly effective stimulus for the entire stability system.
What we noticed early on was the reaction of the patients. They get off the device and describe not just less pain, but a different physical sensation. More security. More control. More stable standing and walking. Especially postoperatively, we see that patients regain confidence in their movements more quickly. Gait stability improves measurably, compensatory patterns decrease.
There is also a clear effect on degenerative conditions such as osteoarthritis. Not because the disease disappears, but because neuromuscular control increases. Joints are better guided, loads are distributed more evenly and postures are reduced. For many patients, this is the decisive difference between short-term relief and lasting functional improvement.
Over time, srt zeptoring® has become firmly integrated into our everyday orthopaedic treatment routine. The application is time-efficient, easy to structure and suitable for patients of all ages. At the same time, it usefully complements traditional orthopaedic measures without replacing them. It does not make therapy more complicated, but clearer.
For our practice, this decision has also changed a lot strategically. We have consciously moved away from purely symptom-oriented orthopaedics towards functional, neuro-based movement medicine. This has been noticed by our patients and passed on to others. Satisfaction is increasing and we are also noticing the recommendation rate.
