In the rehabilitation of our patients, we implement a comprehensive approach using the latest methods. Approximately three months ago, we introduced the McBrothers Robospine orthopedic spinal decompression system as part of our therapy program.
The treatment course consists of 10 sessions. Since the introduction of this equipment, 38 patients have undergone therapy, including:
– 13 ophthalmologic patients with frequent headaches and sleep disorders
– 4 ophthalmologic patients with recurring dizziness
– 21 otolaryngologic patients, 17 of whom presented with tympanic membrane perforations and tinnitus
– 2 patients with dysarthria
– 2 patients with psychogenic mutism
Results showed that most patients experienced a reduction in headache frequency as early as after the third session. After five sessions, 95% of patients reported complete relief from dizziness and tinnitus. Additionally, there was an overall improvement in well-being, increased productivity, a more balanced emotional state, better sleep onset, and longer sleep duration in 80% of cases.
Speech therapists evaluated the rehabilitation outcomes in patients with dysarthria and psychogenic mutism who completed the full course. It was found that all treated patients demonstrated significantly greater positive progress in speech function recovery compared to their progress prior to treatment. Furthermore, six patients with residual vision showed improved light perception following the treatment course.
In conclusion, the McBrothers Robospine system, when used for ophthalmologic and otolaryngologic patients, effectively reduces the frequency of headaches, dizziness, and tinnitus. By improving blood flow in the cervical region, it also contributes to partial restoration of lost functions, positively affects emotional well-being, normalizes sleep, and ultimately accelerates rehabilitation and enhances patients’ quality of life.

The device stands out for its ease of use, ability to be individually adjusted to the patient's condition, and the presence of biofeedback. It integrates well with other rehabilitation methods, including therapeutic exercise, physiotherapy, and neuromuscular stimulation.
The effectiveness of Robospine is particularly significant during the second stage of medical rehabilitation, where the goal is to eliminate residual functional impairments and establish stable motor skills.
Due to its high clinical efficacy, we recommend including Robospine in standard rehabilitation protocols for patients following total hip arthroplasty, with degenerative spine diseases, and after lower limb amputation.
Thus, the Robospine device has become an essential and integrated component of our center’s multi-level rehabilitation system, providing comprehensive treatment and stable clinical outcomes for patients with orthopedic and neurological conditions, as well as those undergoing rehabilitation after injuries sustained in the special military operation (SMO).

On behalf of the medical team at Plasmolifting Praxis, we would like to express our gratitude for the opportunity to work with the innovative robotic system Robospine. This device opens new horizons in the treatment of degenerative, dystrophic, and functional spinal disorders, providing safe and effective decompression through gentle mechanical forces.
The system allows for individualized load adjustment, minimizing the risk of injury and ensuring optimal spinal segment traction through precisely controlled decompression. Thanks to its delicate impact on intervertebral structures, spinal hydration improves, range of motion increases, and mobility is restored.
Reduced compression of nerve roots and improved microcirculation lead to rapid pain relief. Built-in sensors adjust the treatment in real time, ensuring maximum procedural safety. Decompression relieves pressure on neural structures, reducing radicular symptoms such as radiculopathy and radiating pain.
One patient with an L5–S1 herniation reported a noticeable reduction in pain after just the third session, with restored ability to walk for extended periods. Another patient with chronic lumbalgia due to spondylosis was able to discontinue analgesics after completing the Robospine therapy course.
Gentle traction improves tissue trophism and helps prevent scar adhesion formation. Restoring the physiological alignment of the vertebrae also reduces paravertebral muscle hypertonicity.
The Robospine system is a modern solution for comprehensive spinal therapy, combining high effectiveness with safety. We have observed significant improvements in our patients' quality of life, confirming the clinical value of this method in everyday medical practice.

As the chief physician of our clinic, I can confidently say that the introduction of the Robospine system has been one of the most significant advancements in the development of our medical center in recent years. Robospine has not only expanded our range of physiotherapy and rehabilitation techniques but also opened new horizons in the treatment of spinal disorders.
Our clinic specializes in managing chronic pain syndromes, degenerative spinal conditions, and post-traumatic rehabilitation. We are constantly in search of modern, effective, and—most importantly—safe treatment solutions for our patients. Robospine has proven to be exactly that kind of solution, showing remarkable effectiveness in integrated therapy from the very first months of use.
One of Robospine’s key advantages is its unique ability to adapt to the anatomical features of each patient. The robotic system precisely controls the traction force, eliminating the risk of overload or injury. This makes the therapy not only highly effective but also extremely comfortable. Gentle multidirectional decompression improves intervertebral disc nutrition, reduces herniated disc protrusions, and alleviates radicular pain.
Patients report a significant reduction in pain after just 2–3 sessions, and a full course of 10–15 procedures often leads to long-lasting remission. What is especially encouraging is that Robospine is effective for both acute pain syndromes and chronic conditions that were previously considered difficult to treat.
From the perspective of our medical staff, working with Robospine demonstrates how modern technology can combine precision, safety, and ease of use. The system interface is intuitive, treatment protocols are easy to configure, and the integrated monitoring system provides full feedback and process control. All of this significantly improves the quality and standardization of therapeutic procedures.
Furthermore, having Robospine in our clinic has enhanced our reputation as an innovative medical center. We have seen an increase in patient inquiries specifically about this treatment method. This confirms that today’s patients value personalized care and trust technologies that have undergone international clinical validation.
In conclusion, I would emphasize that Robospine is not just a device, but a comprehensive therapeutic system that is transforming the approach to spinal care. We are proud to be among the first to implement this technology and are confident that it represents the future of non-surgical vertebrology.

At the rehabilitation center of the St. Petersburg State Healthcare Institution "Hospital for War Veterans," the McBrothers Robospine dry spinal traction system has been actively used since June 2024 as part of a comprehensive recovery program for patients with various musculoskeletal and spinal conditions and injuries.
More than 400 patients of this profile have undergone treatment with the system. During its trial period, Robospine has proven to be a reliable, safe, and clinically effective device, significantly enhancing the outcomes and quality of the rehabilitation process.
Given the specialization of our facility and the high number of patients undergoing major joint surgeries, the most pronounced positive effects have been observed in individuals recovering from total hip replacement (THR).
At the second stage of rehabilitation, where the focus is on posture correction, balance restoration, and movement symmetry, Robospine effectively addresses postural disorders, reduces pain, and restores gait biomechanics.
Its gentle traction effect on the spine helps relieve excessive muscle tension and reduce compensatory overloads, which are common in this patient group.
Additionally, the device has been successfully used in patients with degenerative-dystrophic spinal diseases (such as osteochondrosis, spondylosis, spondyloarthrosis, and discogenic radiculopathies), leading to decreased pain, improved mobility, and greater tolerance to physical activity.
Our experience with Robospine has also proven valuable in the rehabilitation of patients with lower limb amputations, which is particularly important in accordance with the Government Resolution of the Russian Federation No. 896 dated May 31, 2023.
These patients typically present with pelvic misalignment, shifted center of gravity, functional blocks in the lumbosacral region, and significant muscular imbalance.
Traction therapy helps relieve spinal strain, facilitates adaptation to prosthetic use, and improves stability during upright posture and gait training.

The advantages include both the effectiveness and safety of the therapy. The ability to individually customize the treatment process reflects the high quality and class of the device.

The McBrothers Robospine orthopedic spinal decompression system can be effectively used during both inpatient and outpatient stages of rehabilitation in medical and medico-social institutions.