ResaDisc®- One system, multiple solutions
The ResaDisc® system enables the treatment of degenerative diseases of the cervical and lumbar spine such as bulging discs (protrusion), trapped hernias or radicular damage caused by compression/nerve irritation.
Intervertebral disc decompression 2.0: The latest generation
Perfection through the QMR®1 technology as a further development in radiofrequency ablation for the minimally invasive treatment of disc decompression as a high-end procedure for nucleoplasty. The proven surgical technique is taken to the next level with nucleoplasty "GENERATION 2.0".
The exact placement of an access needle under X-ray control in the core of the intervertebral disc (nucleus pulposus) and the subsequent volume reduction using the bipolar ResaDisc® electrode gently reduces intervertebral disc tissue. The bulge (protrusion) retreats and the pressure on the nerves of the spinal cord is reduced.
The symptoms subside and the pain is relieved.
ResaDisc®
Quantum Molecular Resonance®: Patented technology
The functional principle of the bipolar system ResaDisc® is based on the innovative high-frequency technology QMR®1 (Quantum molecular resonance).
The combination of different overtones (4, 8, 12, 16 MHz) generates exactly the energy required to break the molecular bonds in the nucleus pulposus and allow compression of the intervertebral disc.
The QMR®1 technology ensures high treatment precision as the surgical field remains localized to 1mm from the tip of the distal electrode.
ResaDisc® - Ein System, vielschichtige Vorteile
Sicher
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Eine Therapie, die in der Lage ist, die Struktur des umliegenden Gewebes zu erhalten
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Präzise Behandlung: Die Wirkung der Dekompression ist auf 1 mm des Umfelds der Elektrode begrenzt
Simpel
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Minimal-invasiv, bipolar arbeitendes System
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Schnelles erlernen der Operationstechnik
Effizient
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Reduktion der Operationszeit
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Schnelle Wiederaufnahme der normalen täglichen Aktivitäten
Vielseitig
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Möglichkeit zur Durchführung von Mikrodiskektomien und Biopsien
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Integration in endoskopische Technologie möglich