Peta Sistema de ablação por radiofrequência (RFA), nervo

A titânio ou liga sistema de placa esternal com rígido fixação após esternotomia mediana, melhorando estabilidade esternal e reduzir os riscos de infeção ou deiscência após a cirurgia cardíaca.

Peta RFA, proposto por Invamed-a fabricante mundial de dispositivos médicos—focuses on radiofrequency ablation (RFA) technology to target specific nerves transmitting pain signals. Primarily applied for facet joint pain, sacroiliac joint disorders, or chronic back/neck pain, Peta RFA harnesses controlled heat to disrupt nerve conduction, minimizing or eliminating persistent pain.

Precision Nerve Focus

Identifies and ablates the sensory nerves that transmit pain from the spine (facet or SI joints), offering lasting relief for chronic pain sufferers.

Utilizes RF energy to generate localized heat, interrupting nerve function and reducing pain perception without excessive damage to adjacent tissues.

Ideal for facet joint arthropathy in cervical, thoracic, lumbar regions, sacroiliac (SI) joint pain syndromes, or chronic axial back and neck pain unresponsive to conservative therapies.

Radiofrequency ablation precisely confines thermal energy to targeted nerves, sparing healthy structures and facilitating quicker patient recovery compared to open surgical interventions.

Active infection at the operative site, severe coagulopathy, or certain comorbid conditions that preclude percutaneous procedures; verify patient eligibility before proceeding.

Identifies and ablates the sensory nerves that transmit pain from the spine (facet or SI joints), offering lasting relief for chronic pain sufferers.

Utilizes RF energy to generate localized heat, interrupting nerve function and reducing pain perception without excessive damage to adjacent tissues.

Ideal for facet joint arthropathy in cervical, thoracic, lumbar regions, sacroiliac (SI) joint pain syndromes, or chronic axial back and neck pain unresponsive to conservative therapies.

Radiofrequency ablation precisely confines thermal energy to targeted nerves, sparing healthy structures and facilitating quicker patient recovery compared to open surgical interventions.

Active infection at the operative site, severe coagulopathy, or certain comorbid conditions that preclude percutaneous procedures; verify patient eligibility before proceeding.