Spinal Decompression & Laminectomy
Surgical Relief for Spinal Stenosis, Nerve Compression, and Neurogenic Claudication.
When spinal stenosis or bone spurs compress the spinal cord or nerves, decompression surgery removes the source of pressure and restores function. NASPI's board-certified spine surgeons perform laminectomy and related decompression procedures using minimally invasive techniques whenever possible, close to home in Northern New Jersey.
Medically reviewed by Dr. Daniel M. Dorri, MD, and Dr. Christopher J. Bilbao, DO, Board-Certified Spine Surgeons
Need Spinal Decompression Surgery?
If leg pain, weakness, or trouble walking from spinal stenosis is limiting your life, spinal decompression surgery may provide lasting relief. Practice founder Dr. Daniel M. Dorri and fellowship-trained neurosurgeon Dr. Christopher J. Bilbao perform laminectomy and decompression procedures at NASPI's Northern New Jersey locations, using minimally invasive approaches whenever possible to preserve spinal stability and shorten recovery. Expert spine surgery close to home.
What Is Spinal Decompression Surgery?
Spinal decompression surgery is a category of procedures designed to relieve pressure on the spinal cord or nerve roots. The most common form is a laminectomy, where the surgeon removes part of the lamina (the bony arch at the back of a vertebra) to create more space inside the spinal canal. Related procedures include laminotomy (removing only a small portion of the lamina), foraminotomy (widening the openings where nerves exit the spine), and facetectomy (removing portions of overgrown facet joints).
These procedures are most often used to treat lumbar or cervical spinal stenosis, where age-related changes like thickened ligaments, bone spurs, and bulging discs gradually narrow the spinal canal and compress nerves. Decompression directly addresses the source of the problem by physically removing the structures pressing on the nerves. Unlike fusion, decompression preserves spinal motion at the treated levels in most cases.
When stenosis is accompanied by significant instability, your surgeon may recommend combining decompression with fusion to stabilize the spine. When stability is intact, decompression alone is the preferred approach. Modern minimally invasive techniques allow many decompressions to be performed through small incisions with tubular retractors, preserving back muscles and shortening recovery.
Conditions Treated With Spinal Decompression
Spinal decompression surgery is highly effective for conditions where bone, ligament, or disc material is compressing the spinal cord or nerve roots. The procedure directly addresses the source of nerve pressure.
- $Lumbar Herniated Disc
- $Cervical Herniated Disc
- $Sciatica / Radiculopathy
- $Cervical Radiculopathy
- $Recurrent Disc Herniation
- $Chronic Back or Leg Pain
If conservative treatments like physical therapy, anti-inflammatory medications, and epidural steroid injections have not provided lasting relief from leg pain, neurogenic claudication, or progressive neurological symptoms, decompression surgery may be the appropriate next step. Your surgeon will determine the right approach based on your specific anatomy and condition.
Benefits of Spinal Decompression Surgery
Decompression surgery is one of the most direct and effective treatments for spinal stenosis. Modern minimally invasive techniques have made it a reliable option with shorter recovery and better outcomes than ever before:
Direct Nerve Relief
Removes the source of nerve compression.
Motion Preserved
Often performed without fusion.
MIS Options Available
Minimally invasive techniques when possible.
Rapid Leg Pain Relief
Most patients feel relief within days.
Improved Walking
Restores ability to walk longer distances.
Proven Outcomes
Decades of effective stenosis treatment.
Ready to explore your options?
How Spinal Decompression Surgery Works: What to Expect
Spinal decompression is typically performed under general anesthesia and can range from outpatient procedures to short hospital stays depending on the extent of decompression. Here is what to expect from your initial consultation through full recovery.
Before
Consultation, imaging review, conservative care first
Before the Procedure
During your initial consultation, your spine surgeon will review your MRI and CT imaging to identify exactly where and how severely the spinal canal or nerve roots are compressed. Your surgeon will also evaluate spinal stability with flexion-extension X-rays to determine whether decompression alone is appropriate or whether fusion should be added.
Decompression is typically recommended after conservative treatments have not provided adequate relief, or in cases where neurological symptoms such as weakness, numbness, or progressive walking difficulty are present. You will receive detailed pre-operative instructions covering medications to stop, fasting requirements, what to bring on the day of surgery, and what to expect during recovery.
During
45-90 min outpatient procedure, sub-1 cm incision.
During the Procedure
Spinal decompression is performed under general anesthesia. Your surgeon makes an incision over the affected spinal level (a small incision for MIS approaches, slightly larger for traditional open procedures). Through this incision, your surgeon carefully removes the bone, thickened ligament, bone spurs, or disc material that is compressing the spinal cord or nerve roots.
Depending on the location and pattern of compression, your surgeon may perform a laminectomy (removing part of the lamina), laminotomy (removing only a small portion), foraminotomy (widening the nerve exit holes), facetectomy (trimming overgrown facet joints), or a combination. Whenever possible, minimally invasive techniques are used to preserve the back muscles and surrounding structures.
A single-level decompression typically takes 1 to 2 hours. Multi-level procedures may take 2 to 3 hours or longer depending on the extent of decompression needed.
After
Home same day, walking within hours, follow-ups
After the Procedure
Most patients are encouraged to walk within hours of surgery. Single-level minimally invasive decompressions are often outpatient procedures, while multi-level or traditional open laminectomies typically involve a 1 to 2 day hospital stay. A back brace is generally not required when decompression is performed without fusion.
Light activities resume within a few days. Most patients return to desk work within 1 to 3 weeks, with restrictions on heavy lifting, bending, and twisting for several weeks. Dr. Dorri, Dr. Bilbao, and their team will provide personalized recovery instructions and follow-up appointments to monitor your healing.
Leg pain caused by nerve compression often improves immediately or within days of surgery. Numbness and weakness, if present before surgery, may take longer to resolve as the nerves heal. Physical therapy may be recommended around 4 to 6 weeks after surgery to rebuild back and core strength.
Are You a Good Candidate?
You may be a candidate if:
- N Confirmed herniated disc on MRI causing nerve compression
- NRadiating leg pain (sciatica) or arm pain
- NNumbness, tingling, or muscle weakness
- NSymptoms lasting 6+ weeks despite conservative care
- NDifficulty with daily activities, work, or sleeping
- NPain primarily from disc herniation, not stenosis
May not be ideal if:
- Severe spinal instability requiring fusion
- Surgery needed at multiple levels simultaneously
- Significant central spinal stenosis
- Complex spinal deformities
- Advanced disc collapse or severe degeneration
Every patient is different. During your consultation, your surgeon will perform a thorough evaluation and always recommend the safest, most effective treatment plan for your specific condition, whether that is decompression alone, decompression with fusion, or continued conservative care.
Risks & What You Should Know
Spinal decompression surgery is generally well-tolerated and has a strong safety record, especially when performed with minimally invasive techniques. Like any surgical procedure, however, it does carry potential risks, including:
- Infection at the surgical site
- Dural tear (small tear in the membrane around the spinal cord), usually repaired during surgery
- Nerve injury or persistent nerve pain
- Spinal instability developing after decompression (may require later fusion)
- Recurrence of stenosis at the operated level over time
- Bleeding requiring transfusion in rare cases
- Persistent or incomplete symptom relief
- Standard surgical risks (anesthesia, blood clots)
At NASPI, careful patient selection, minimally invasive techniques whenever possible, and surgeon experience all work to minimize these risks and give every patient the best chance at lasting symptom relief.
Ready to explore your options?
Your Spine Surgery Team
Daniel M. Dorri, MD, FABPMR
Practice Founder & Spine Surgeon
Dr. Dorri founded NASPI to provide comprehensive spine care from diagnosis through surgical treatment, all under one roof. His extensive experience means your care is guided by a surgeon who has evaluated your condition from day one.
Christopher J. Bilbao, DO,
Board-Certified Neurosurgeon
Dr. Bilbao is a fellowship-trained neurosurgeon with specialized expertise in minimally invasive and endoscopic spine surgery techniques, including robotic-assisted procedures.
Why Choose NASPI for Spine Surgery?
Experienced Surgeons
Advanced minimally invasive decompression training
Complete Care
Diagnosis through recovery, one roof
Cutting-edge Tech
Latest instruments and imaging
Patient-centered
Clear communication, every step
Spinal Decompression FAQs
What is the difference between decompression and fusion?
Decompression surgery (laminectomy and related procedures) removes the bone, ligament, or disc material that is pressing on nerves, but leaves the spine intact and free to move. Spinal fusion permanently joins vertebrae together to eliminate motion. Decompression is the right choice when stenosis is causing nerve pressure but the spine is otherwise stable. Fusion is added when there is also significant instability (such as spondylolisthesis) or when extensive decompression would compromise stability. Your surgeon will determine the right approach based on your imaging and condition.
How long does spinal decompression surgery take?
A single-level decompression typically takes 1 to 2 hours. Multi-level procedures may take 2 to 3 hours or longer, depending on the extent of stenosis and decompression needed. The specific procedure (laminectomy, laminotomy, foraminotomy) and approach (minimally invasive vs. open) also affect timing.
What is the recovery time after spinal decompression?
Single-level minimally invasive decompressions are often outpatient procedures with same-day discharge. Multi-level or traditional open laminectomies typically involve a 1 to 2 day hospital stay. Most patients return to desk work within 1 to 3 weeks. Heavy lifting and physically demanding activities are restricted for 4 to 6 weeks. Recovery is significantly faster than after fusion since there is no bone-healing process to wait for.
What is neurogenic claudication?
Neurogenic claudication is leg pain, weakness, or heaviness that develops with standing or walking and is relieved by sitting or bending forward (such as leaning on a shopping cart). It is the classic symptom of lumbar spinal stenosis. The forward-bent position temporarily opens up the spinal canal and relieves pressure on the nerves. Decompression surgery is the definitive treatment for neurogenic claudication when conservative care has failed.
Will I need fusion in addition to decompression?
Not always. Decompression alone is appropriate when the spine is stable and there is no significant deformity, spondylolisthesis, or instability. Your surgeon will evaluate flexion-extension X-rays and imaging to determine whether decompression alone is sufficient or whether fusion should be added. Adding fusion increases the complexity, recovery time, and risk of the procedure, so it is reserved for cases where it is clearly necessary.
What is minimally invasive decompression?
Minimally invasive decompression uses small incisions with tubular retractors and surgical microscopes or endoscopes to access the spine without cutting through the back muscles. Compared to traditional open laminectomy, MIS techniques typically result in less blood loss, less pain, shorter hospital stays, and faster return to activity. Not every decompression is suitable for MIS approach, but when appropriate, it offers significant advantages.
Will my back pain go away after decompression?
Decompression is most effective for leg pain (sciatica) and neurological symptoms caused by nerve compression. These typically improve immediately or within days of surgery. Back pain itself may improve more gradually, particularly when it is related to nerve compression. However, if back pain is caused primarily by mechanical instability rather than nerve compression, decompression alone may not fully address it, and your surgeon may recommend fusion as well.
Will I need physical therapy after decompression?
Most patients benefit from a structured physical therapy program starting around 4 to 6 weeks after surgery. PT helps rebuild back and core strength, improve flexibility, and protect the spine. Your surgeon will provide personalized recommendations based on your specific procedure and recovery progress.
Is spinal decompression surgery covered by insurance?
Yes. Spinal decompression and laminectomy procedures are covered by most major insurance plans when medically necessary, though pre-authorization is typically required. Our team will work with you to verify benefits, obtain pre-authorization, and explain your coverage before scheduling. Contact us with any insurance questions.
Where can I get spinal decompression surgery in Northern New Jersey?
NASPI offers spinal decompression and laminectomy procedures at our Northern New Jersey locations, including Paramus, Clifton, Bayonne, North Bergen, Newark, and Secaucus. Contact us or call (844) 666-2774 to schedule a consultation with Dr. Dorri or Dr. Bilbao.
Related Spine Surgery Procedures
Lumbar Microdiscectomy →
Minimally invasive option for disc herniations not suited to the endoscopic approach.
Endoscopic Discectomy →
Ultra-minimally invasive option for select lumbar herniated discs and sciatica.
Lumbar Spinal Fusion →
For spinal instability, spondylolisthesis, or recurrent herniations requiring stabilization.
Cervical Disc Replacement →
Motion-preserving alternative to fusion for cervical disc disease.
What Our Spine Surgery Patients Are Saying
I found Dr. Dorri to be very detailed and complete in my surgical and follow up appointments.
He always asked how I felt and my concerns very detailed in listening to my concerns and always took time to listen to me.
I've completed my care plan with Dr. Dorri and I'm pleased with the my care and results.
Thank You Dr. Dorri
N. Hairston
I’m truly happy with the results of my surgery. My knee feels so much better, my mobility has improved, and I’m able to do things again that had become difficult before. The improvement has made a real difference in my everyday life.
What I appreciated most was not only Dr. Boiardo’s skill as a surgeon, but also the kindness and personal attention I received throughout the process. I felt that I was in very capable hands every step of the way.
I would highly recommend Dr. Boiardo to anyone needing an orthopedic surgeon. I’m very thankful for the excellent care I received and for such a positive outcome.
Insurance & Locations
NASPI accepts out-of-network benefits from most major insurance plans including Horizon BCBS, Aetna, Cigna, United Healthcare, Oxford, and more.
View full insurance information →
We also work with workers' compensation and personal injury/no-fault cases.
*We are unable to accept Medicare, Medicaid, or OMNIA plans at this time.