Thoracic Spinal Cord Stimulator in NJ & NY
Targeted Relief for Mid-Back Pain & Neuropathic Symptoms
Minimally Invasive Pain Management | Precision-Guided Therapy | Personalized Care
What is a Thoracic Spinal Cord Stimulator?
Ideal Candidates for Thoracic SCS
- Conservative treatments such as physical therapy, medications, or injections have not provided relief.
- You are not eligible for additional spinal surgeries or prefer to avoid invasive operations.
- You have a correctable pain source identified through imaging and diagnostics.
- You have no untreated mental health disorders such as major depression or active substance abuse.
- You have successfully completed a spinal cord stimulator trial, which demonstrated symptom improvement.
- You are in overall good health and capable of undergoing a minor surgical procedure.
Thoracic
How Is Thoracic Spinal Cord Stimulator Implanted?
1. Trial Phase
2. Permanent Implantation
- The patient is positioned face-down, and light anesthesia is administered.
- Using fluoroscopic (real-time X-ray) guidance, a surgeon makes a small incision in the thoracic spine and implants electrodes in the epidural space, without direct contact with the spinal cord.
- A second incision is made near the lower back or buttocks to implant the pulse generator under the skin.
- The electrode leads are tunneled under the skin and connected to the generator.
- The entire system is programmed externally to customize stimulation levels to the patient’s needs.
Benefits of Thoracic SCS
- Reduces dependency on opioids and pain medications
- May improve physical activity and mobility
- Non-destructive and reversible treatment option
- Adjustable stimulation without further surgery
- Minimally invasive with short recovery time
Frequently Asked Questions
Most insurance providers, including Medicare, often cover spinal cord stimulators when deemed medically necessary and after conservative treatments have failed. Preauthorization and documentation are usually required.
Initial recovery generally takes 1–2 weeks. Full activity may resume within 4–6 weeks, depending on the individual's health and the complexity of the implantation. Patients will have follow-up visits for stimulator programming and progress evaluation.
The battery life varies depending on the usage and device type. Rechargeable models may last up to 10–15 years, while non-rechargeable ones usually last 2–5 years and may require replacement.
Success rates vary by condition and patient. Many patients report a 50–70% reduction in chronic pain, but success depends on accurate diagnosis, proper lead placement, and trial stimulation results.
