Spinal Cord Stimulator (SCS) Implant

A spinal cord stimulator is an implanted device that sends mild electrical pulses to the back of the spinal cord through thin leads placed in the epidural space. The pulses alter how pain signals are processed before they reach the brain. A small generator sits under the skin of the buttock or abdomen and is controlled with a handheld remote.

For carefully selected people with chronic nerve pain, it reduces pain by half or more in roughly 50 to 70 percent and may lower medication use. It does not fix the cause of the pain, works less well for mechanical back pain alone, and device revisions are fairly common.

What Spinal Cord Stimulator (SCS) Implant involves

A trial comes first. Under local anaesthesia with light sedation you lie face down, and a needle is passed into the epidural space in the lower thoracic spine under X-ray. One or two leads with 8 to 16 contacts are threaded up to around T8 to T10 for leg and back pain, or to the neck for arm pain. With traditional systems you are asked where you feel tingling so that it overlaps your painful area. The leads are taped to the skin and connected to an external stimulator for 5 to 14 days. If pain falls by at least half and function improves, the permanent stage follows: leads are anchored to the spinal fascia through a small incision, tunnelled under the skin and connected to the generator in a pocket.

Who is a good candidate for Spinal Cord Stimulator (SCS) Implant?

SCS is for chronic neuropathic pain that has lasted more than 6 months and resisted well-conducted conservative treatment.

• Persistent leg or back pain after spinal surgery with no further correctable lesion on imaging
• Complex regional pain syndrome of a limb
• Painful diabetic neuropathy not controlled by medication
• Refractory angina or critical limb ischaemia pain in selected cases where no revascularisation is possible
• People who have had a psychological assessment and have realistic goals

It is usually not the right choice if:

• Pain with a surgically correctable cause such as instability or a compressing disc
• Untreated major depression, active substance misuse or unresolved compensation disputes, which predict poor results
• Infection, uncorrected clotting disorders or inability to pause anticoagulants
• Widespread pain conditions such as fibromyalgia
• People who cannot manage the controller or attend programming visits

Technique options

• Conventional tonic stimulation: Replaces pain with a tingling sensation. Long track record.
• High-frequency (10 kHz) and burst stimulation: Work without tingling and have shown better back pain relief in trials.
• Closed-loop systems: Measure the cord's response and adjust output automatically with movement.
• Percutaneous versus paddle leads: Needle-placed leads for most patients; surgical paddle leads via a small laminotomy when stability or coverage is a problem.
• Dorsal root ganglion stimulation: Targets a specific nerve root for focal pain such as in the foot, groin or knee.

What happens during your treatment

The trial takes 45 to 90 minutes and the permanent implant 1 to 2 hours, under local anaesthesia with sedation or general anaesthesia. You go home the same day after the trial and the same day or next morning after the implant. Wound soreness at the back and generator site lasts about a week.

Preparing for your trip

Plan for 3 to 4 weeks for trial, implant and first programming in Istanbul. Your surgeon reviews photographs and your medical history before you book, and you meet in person the day before surgery for examination, marking and consent with a professional interpreter.

• Stop smoking and nicotine at least four weeks before and after surgery; it is the single biggest avoidable cause of wound problems
• Tell the team about every medicine and supplement you take; blood thinners, some herbal products and hormone treatment may need to be paused on your doctor's advice
• Arrange for someone to travel with you or to be reachable, and keep the first days at home free of work and lifting
• Book a changeable return flight; your surgeon confirms when you are fit to fly

Recovery and results

For 6 to 8 weeks avoid bending, twisting, reaching overhead and lifting more than about 2 kilograms so the leads scar into place. Driving with tingling-based stimulation switched on is not advised. Programming is refined over several visits in the first 3 months. Rechargeable systems need charging from daily to weekly depending on settings.

• Back to everyday activity: 1 to 2 weeks; movement limits for 6 to 8 weeks
• When results show: During the trial week
• How long they last: Battery 5 to 10 or more years; benefit sustained in about half to two thirds

Safety, risks and revision policy

Serious neurological injury is rare, but hardware problems requiring another procedure occur in up to a third of patients over the years.

• Lead migration or fracture with loss of coverage
• Infection, often requiring complete removal of the system
• Pain over the generator
• Spinal fluid leak with headache after accidental dural puncture
• Loss of effect over time (habituation)
• Epidural haematoma or nerve injury, which is rare but can cause weakness
• MRI restrictions depending on model and lead position

Every written proposal arranged through Clinic-Y states what the clinic covers if a correction is needed. Ask for it before you book, not after.

Cost of Spinal Cord Stimulator (SCS) Implant in Türkiye

Clinic-Y does not publish a single price for Spinal Cord Stimulator (SCS) Implant, because the honest figure depends on your case. What moves it:

• The device, which forms most of the price: rechargeable or not, number of leads, waveform technology
• Two-stage trial and implant
• Anaesthesia and theatre time
• Psychological assessment and imaging beforehand
• Programming visits and future battery replacement

Send your photographs or reports and you receive written, all-inclusive proposals from suitable teams, side by side. Reviewing your case is free.

Frequently Asked Questions