A trapped nerve is not something you have to live with. Decompression releases the pressure so the nerve can heal.
A trapped nerve can cause persistent pain, numbness, and progressive weakness that undermines work, sleep, and everyday tasks. When splinting and physiotherapy have not solved the problem, decompression surgery releases the pressure at its source and allows the nerve to recover. Thailand's accredited hospitals offer peripheral nerve surgery with experienced surgeons at a fraction of Western costs.
Free, no-obligation — you pay the hospital directly with no markup.
Peripheral nerve decompression releases pressure from surrounding ligaments, muscles, fibrous bands, or bone that are compressing a nerve and disrupting its signal transmission. The most commonly treated sites are the ulnar nerve at the elbow, the tibial nerve at the ankle, and the brachial plexus at the thoracic outlet.
The procedure is straightforward in experienced hands. The surgeon identifies the point of compression, divides the constricting structure, and in some cases transposes the nerve to a more protected position. Intraoperative nerve monitoring confirms nerve integrity throughout.
Peripheral nerve surgery is time-sensitive — the longer a nerve is compressed, the less likely it is to recover fully. Thailand removes the waiting and delivers the procedure at a price that makes early intervention feasible.
Specialist
Peripheral Nerve Surgeons
Our partner surgeons have specific training in peripheral nerve surgery, performing decompression and transposition procedures with intraoperative nerve monitoring as standard.
50–70%
Lower Than Home Country Prices
JCI-accredited hospitals with microsurgical equipment and nerve monitoring. Thailand's lower operating costs translate to substantial savings for you.
Days
Assessment to Surgery
No months-long waiting list. Nerve conduction studies, clinical assessment, and surgery are typically completed within days of your arrival.
Global
International Patient Support
English-speaking surgical teams, dedicated coordination, and hospitals experienced in managing international patients through straightforward surgical recoveries.
We do not charge for our service — you pay the hospital directly with no markup. Here is what nerve decompression costs in Thailand and how it compares internationally.
Your Quote Will Include
Prices are approximate and vary by technique, surgeon, and hospital. Your personalised quote will include a full cost breakdown.
Nerve decompression in Thailand typically costs between $3,000 and $5,400, depending on the nerve affected, the technique, and the hospital. Simple ulnar nerve release sits at the lower end, while thoracic outlet decompression with rib resection is at the higher end.
The surgeon's fee covers the surgical work and any nerve transposition. Hospital fees cover the facility, nerve monitoring equipment if used, and nursing. Anaesthesia covers the anaesthetist and monitoring. Aftercare includes follow-up visits, nerve assessments, medications, and coordinator support.
The nerve involved and the complexity of the procedure are the main drivers. Simple cubital tunnel release under regional anaesthesia as a day case costs less than thoracic outlet decompression requiring general anaesthesia, rib resection, and an overnight stay. Transposition adds modest operative time and cost.
Typical ranges at our partner hospitals:
Final pricing is confirmed after your consultation and nerve conduction studies.
Nerve decompression in Thailand costs 50 to 70 percent less than equivalent procedures in the US ($9,000–$18,000), Australia (A$7,500–A$15,000), and UK (£6,600–£13,500). The savings are particularly significant for thoracic outlet cases where the Western private cost is highest.
Each entrapment site requires a different surgical approach. Nerve conduction studies and clinical examination pinpoint the exact location before surgery is planned.
Release of the ulnar nerve at the elbow where it passes through the cubital tunnel. The surgeon divides the fibrous roof to relieve pressure and may transpose the nerve to a position in front of the medial epicondyle to prevent recurrence. The most common peripheral nerve decompression.
Decompression of the tibial nerve behind the medial ankle bone. The surgeon releases the flexor retinaculum — the fibrous band overlying the tarsal tunnel — to restore space around the nerve. Effective when a structural cause is confirmed on MRI or ultrasound.
Release of compression on the brachial plexus and subclavian vessels where they pass between the collarbone and first rib. May involve cervical rib removal, scalene muscle division, or first rib resection to widen the thoracic outlet and relieve neurovascular compression.
The technique depends on the nerve affected, the anatomical site of compression, and whether the nerve needs repositioning to prevent recurrence.
The constricting structure — a fibrous band, retinaculum, or thickened ligament — is divided to release the nerve in its natural anatomical position. The nerve stays where it is, which simplifies the surgery and recovery. Suited to cases where the nerve is not unstable and compression is from a single identifiable source.
After releasing the ulnar nerve from the cubital tunnel, the surgeon moves it to a new position in front of the medial epicondyle. This protects the nerve from re-compression and from repetitive stretching during elbow flexion. Requires slightly more dissection than in situ release.
Microsurgical release of scar tissue surrounding a previously damaged or compressed nerve. Using the operating microscope, the surgeon carefully frees the nerve from adhesions without damaging the nerve fibres themselves. Often performed during revision decompression or after traumatic nerve injury.
You wake from anaesthesia and are monitored in the recovery ward. Most patients can move the affected limb gently and are encouraged to begin light movements the same day. Day-case patients may be discharged the same evening.
Swelling and bruising around the incision are normal and begin to subside. Oral pain relief manages discomfort well. A follow-up confirms wound healing and early nerve recovery. Light daily activities including walking are encouraged.
Sutures are removed or dissolve. Tingling or altered sensation may persist initially as the nerve recovers — this is a positive sign. Avoid heavy lifting, repetitive gripping, and impact to the surgical area.
Nerve function continues to improve gradually. You resume normal daily activities and return to desk-based work, progressing to physical tasks as comfort allows. Full nerve recovery can take three to six months depending on the degree of pre-operative compression.
Most patients fly home within five to seven days of surgery, once wound healing is satisfactory. Keep the limb elevated during the flight and stay hydrated. The procedure and recovery are straightforward enough for most patients to travel comfortably.
Desk work is usually possible within one to two weeks. Light activity from day one. Avoid heavy gripping, repetitive movements, and impact to the surgical area for four to six weeks. Thoracic outlet decompression requires a longer recovery — six to eight weeks before full activity.
Pain relief often begins within days. Numbness and tingling improve over weeks to months as the nerve regenerates. Full sensory and motor recovery depends on the duration of compression before surgery — nerves compressed for longer take longer to recover, and some damage may be permanent.
Nerve decompression is a well-established procedure with a strong safety profile. Serious complications are uncommon when performed by experienced peripheral nerve specialists.
The main risk factor for a poor outcome is delayed surgery. The longer a nerve is compressed, the more likely the damage becomes permanent. Early intervention produces better results.
Yes. Peripheral nerve decompression at JCI-accredited hospitals in Thailand is performed by surgeons with specific nerve surgery training. Intraoperative nerve monitoring is available for complex cases, and the hospitals have full infrastructure for managing any complication.
Choose a surgeon with specific peripheral nerve surgery experience — not just general orthopaedic or neurosurgical training. Pre-operative nerve conduction studies confirm the exact site and severity of compression, ensuring surgery targets the right location. Do not delay surgery when conservative measures have failed — prolonged compression reduces the chance of full recovery.
Recurrence is uncommon but possible if scar tissue forms around the released nerve. Techniques like anterior transposition reduce recurrence risk for the ulnar nerve. Your surgeon will discuss the likelihood based on your specific diagnosis and the technique used.
Peripheral nerve surgery is a subspecialty. The surgeon you choose should have specific training and experience in nerve procedures.
Our partner hospitals hold JCI accreditation and have surgeons with peripheral nerve subspecialisation, intraoperative nerve monitoring capability, and on-site neurophysiology for pre-operative nerve conduction studies. These are full-service hospitals, not day-clinics.
Our partner surgeons have fellowship training in peripheral nerve or hand surgery and perform decompression, transposition, and neurolysis procedures regularly. They work across neurosurgery and orthopaedic surgery departments depending on the nerve and site involved.
Subspecialty training in peripheral nerve or hand surgery. Ask about case volume for the specific nerve you need treated. Confirm nerve conduction studies are performed pre-operatively — surgery without objective confirmation of the entrapment site risks operating on the wrong level or missing a double crush syndrome.
Nerve decompression success is measured by pain relief, return of sensation, and restoration of strength.
Published studies report that 85 to 90 percent of patients experience significant symptom improvement after cubital tunnel and tarsal tunnel release. Pain typically improves first, followed by numbness and then strength. The degree of recovery depends on how long the nerve was compressed before surgery.
Pain relief often begins within days. Numbness and tingling improve over weeks to months. Grip strength recovery is the slowest component, potentially taking three to six months. Nerves that have been compressed for years may not recover fully, which is why early intervention matters.
Nerve decompression requires one of the shortest medical trips — five to seven days covers everything.
Plan for five to seven days. This covers your nerve conduction studies and consultation, surgery as a day case or with one overnight stay, and a follow-up wound check before you fly home. Some patients extend to enjoy a few recovery days.
Your care coordinator manages hospital transfers, surgery scheduling, and follow-up. The surgical quote covers the surgeon's fee, anaesthesia, hospital or day-case facility, nerve conduction studies, medications, and coordinator support. Flights and accommodation are separate.
For nerve decompression, Bangkok is the practical choice. The procedure is quick and recovery is straightforward, but you need to be near the hospital for your nerve conduction studies and follow-up wound check before flying home.
Everything you need to know before your procedure
Patient Care Director
Last reviewed: March 25, 2026
Medical disclaimer: Content on this site is provided for informational purposes and should not be treated as medical advice. Outcomes, timelines, and eligibility differ from person to person. Consult a qualified medical professional before making any decisions about surgery or treatment.
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