- Robotic Spine Surgery
Robotic Spine Surgeon in Los Angeles & Beverly Hills
Get expert care from the best robotic spine surgeon in Beverly Hills, serving Los Angeles, CA. We specialize in advanced robotic spine surgery for safer procedures, quicker recovery, and lasting pain relief.
- Robotic Spine Surgery Explained
What Is Robotic Spine Surgery?
Robotic spine surgery, also called robot-assisted spine surgery, uses special robots to help doctors during back surgery. The robot does not perform the surgery by itself. It gives Dr. Wong a 3D view of the spine, precise movement, and steady guidance while he remains in full control.
In regular spine surgery, doctors use their knowledge and X-rays to place screws and implants in the spine freehand. This requires very steady hands, especially when using small cuts. Spine surgery can be long and tiring, which makes it hard for doctors to stay steady.
Robots solve these problems. Repeated tasks can be done without getting tired. Hand shaking is reduced, and very small, precise movements are possible even for tricky spines. This helps patients in Beverly Hills and Los Angeles receive safer and more accurate results.
Robotic surgery also lowers radiation exposure for patients, doctors, and the operating room team. Regular surgery often uses live X-rays, which can be harmful. Robotic guidance reduces radiation.
99%+
Screw Placement Accuracy
- Why Choose Robotic Surgery
Benefits of Robotic-Assisted Surgery
Sub-Millimeter Accuracy
Robotic guidance achieves pedicle screw placement accuracy rates above 99%, far exceeding traditional freehand methods (85-92%).
Smaller Incisions
Minimally invasive robotic approaches use incisions as small as 1-2 cm, preserving surrounding muscle and soft tissue.
Faster Recovery
Patients typically return to daily activities in weeks rather than months, with significantly less post-operative pain.
Reduced Blood Loss
Minimally invasive robotic techniques result in up to 70% less blood loss compared to open spinal surgery.
Lower Complication Rates
Studies show a 5× reduction in surgical complications and revision rates when using robotic-assisted techniques.
Less Radiation Exposure
Pre-operative CT planning reduces the need for intraoperative fluoroscopy, lowering radiation dose for patients and staff.
- Our Step-by-Step
The Robotic Spine Surgery Process
From pre-operative planning to verified placement — every step is engineered for precision, safety, and faster recovery.
3×
Faster Recovery
3D Surgical Blueprint
Advanced CT imaging generates a precise 3D reconstruction of your spine. Every vertebra, disc, and nerve pathway is mapped — giving your surgeon a complete digital twin to plan the optimal approach before surgery begins.
Live Anatomy Mapping
Once in the operating room, the robotic system registers your anatomy in real time. Intraoperative imaging creates a millimeter-accurate digital overlay — like GPS navigation, but for your spine.
Robotic Precision Placement
The robotic arm locks onto the pre-planned trajectory and guides each implant with sub-millimeter accuracy. Your surgeon maintains full control while the system eliminates human variability.
Confirmed & Closing
Final imaging verifies every screw and implant is exactly where planned — before the incision is closed. Smaller incisions mean less tissue disruption, less pain, and recovery up to 3× faster.
- Conditions We Treat
Spinal Conditions Treated with Robotic Spine Surgery
Robotic spine surgery is effective for a wide range of spinal conditions, from common degenerative issues to complex deformities.
Degenerative Disc Disease
Robotic-guided fusion and disc replacement for deteriorating spinal discs causing chronic pain.
Spinal Stenosis
Precision decompression to relieve narrowing of the spinal canal and nerve pressure.
Scoliosis & Deformity
Complex multi-level corrections with precise screw placement for spinal curvature disorders.
Herniated Discs
Minimally invasive discectomy and micro-decompression with robotic navigation.
Spondylolisthesis
Stabilization and fusion for vertebrae that have slipped out of alignment.
Spinal Tumors
Precise tumor resection and spinal reconstruction with robotic accuracy.
Failed Back Surgery Syndrome
Revision surgery with robotic guidance for patients who haven't responded to prior procedures.
Vertebral Fractures
Kyphoplasty, vertebroplasty, and stabilization with image-guided robotic assistance.
- Your Surgeon
Robotic Spine Surgeon in Beverly Hills, Los Angeles
Meet the best robotic spine surgeon Beverly Hills – Albert P. Wong. Dual fellowship-trained neurosurgeon offering advanced robotic spine surgery in Los Angeles.
Board-Certified Neurosurgeon & Spine Specialist
Meet Dr. Albert P. Wong, MD
Board-Certified Neurosurgeon & Spine Specialist in Los Angeles, CA
Dr. Albert Wong is one of Los Angeles’ leading neurosurgeons specializing in robotic-assisted spine surgery. He operates at Cedars-Sinai Medical Center, a U.S. News Best Hospital. Dr. Wong completed fellowship training at both Stanford and Northwestern. He uses state-of-the-art robotic platforms to perform safer and more precise spinal procedures.
Robotic spine surgery represents the next evolution in surgical precision. The technology integrates advanced 3D imaging with robotic guidance systems. This allows Dr. Wong to place spinal implants with sub-millimeter accuracy. It also helps reduce radiation exposure during surgery.
Board-Certified
Neurosurgeon
Dual Fellowship
Stanford & Northwestern
60+
Publications
20+
Years Experience
Education & Training
Fellowship
Stanford Health Care-Sponsored Stanford University
Neurosurgical Spine Surgery, 2014-2015
Residency
McGaw Medical Center of Northwestern University
McGaw Medical Center of Northwestern University
Residency
McGaw Medical Center of Northwestern University
Neurosurgical Spine Surgery, 2012-2013
Medical Degree
Michigan State University College of Human Medicine
Internship
McGaw Medical Center of Northwestern University
Transitional Year, 2007-2008
Core Specialties
Hospital Affiliations
> DOCS Surgical Hospital – Los Angeles, CA
> Providence Santa Rosa Memorial Hospital – Santa Rosa, CA
> Cedars-Sinai Medical Center – Los Angeles, CA
> UC Irvine Medical Center – Orange, CA
Book a Consultation
> (310) 746-5918
> Mon–Fri, 8 AM – 5 PM
> 8436 W. 3rd St., Suite 800
Los Angeles, CA 90048
- Patient Testimonial
What our patients says
- Area We Serve
Serving Patients Across Greater Los Angeles
Dr. Wong's office is located at 8436 W. 3rd St, Suite 800, Los Angeles, CA 90048. Patients visit from across Southern California and beyond.
Beverly Hills
West Hollywood
Santa Monica
Brentwood
Westwood
Century City
Pacific Palisades
Bel Air
Hollywood
Downtown LA
Pasadena
Glendale
Culver City
Manhattan Beach
Malibu
Encino
Sherman Oaks
Sherman Oaks
- Visit Our Beverly Hills Office
Robotic Spine Surgery Clinic in Los Angeles
Dr. Albert P. Wong, MD
8436 W. 3rd St, Suite 800
Los Angeles, CA 90048
Phone
(310) 746-5918
info@dralbertpwong.com
Office Hours
Monday – Friday: 8:00 AM – 5:00 PM
Saturday – Sunday: Closed
- Faqs
Robotic Spine Surgery FAQs
Get advanced robotic spine surgery in Beverly Hills and Los Angeles, CA with Dr. Albert P. Wong. Minimally invasive, precise, and effective for treating herniated discs, spinal stenosis, degenerative disc disease, and chronic back or neck pain.
Most herniated discs improve with conservative care within 6–12 weeks. However, surgery becomes the best option when symptoms persist or worsen despite non-surgical treatment. Dr. Wong recommends surgical intervention in the following scenarios:
Progressive Neurological Deficit: Worsening weakness, numbness, or loss of motor function in the arms or legs indicates nerve damage that requires surgical decompression.
Persistent Pain Beyond 6–12 Weeks: If radiculopathy or sciatica doesn't respond to physical therapy, injections, or medication after 6–12 weeks of treatment.
Cauda Equina Syndrome: A surgical emergency — loss of bowel or bladder control, saddle anesthesia, or bilateral leg weakness requires immediate surgery.
Loss of Functional Ability: When pain or weakness prevents you from working, walking, or performing daily activities despite aggressive conservative care.
Failed Conservative Treatment: Epidural steroid injections, physical therapy, and medication have been tried without meaningful or lasting improvement.
Large or Sequestered Disc Fragment: Imaging reveals a large disc fragment compressing the spinal cord or nerve roots in a way unlikely to resolve without surgical removal.
Robotic-assisted spine surgery improves screw placement accuracy to over 99%, lowers complication rates, and reduces the need for revision surgery. Smaller incisions also lead to less blood loss and a lower risk of infection.
No. The robot is a navigational tool that assists Dr. Wong. It does not make decisions or perform surgical steps independently. Dr. Wong controls every aspect of the procedure, using the robotic system for enhanced precision and guidance.
Procedure time depends on the complexity of the case. Preoperative planning adds some time, but the actual surgery is often as fast or faster than traditional techniques thanks to the precision of robotic guidance.
Robotic-assisted surgery uses smaller incisions and causes less tissue disruption. Many patients experience less postoperative pain and need fewer pain medications than with traditional open surgery.
Yes, most procedures are minimally invasive, allowing for smaller incisions, less pain, and quicker recovery.
Procedures typically last 1–3 hours, depending on the complexity of the condition being treated.
Robotic-assisted surgery uses smaller incisions and causes less tissue disruption, so most patients recover faster than with traditional open procedures.
- Hospital Stay (0–2 Days): Many robotic-assisted procedures are outpatient or require just an overnight stay.
- Return to Daily Activities (2–4 Weeks): Most patients can resume light activities, desk work, and driving within 2–4 weeks.
- Full Recovery (3–6 Months): Complete healing and return to strenuous activities usually occurs within 3–6 months with physical therapy.
Dr. Wong provides a personalized postoperative plan, including physical therapy guidance, activity restrictions, and follow-up appointments to monitor progress.
Not all spine surgeries require robotic assistance. During your consultation, Dr. Wong will review your imaging and condition to determine the best approach. He follows a conservative-first philosophy, recommending surgery only when it is truly the best option for your outcome.
You can book a robotic spine surgery consultation with Dr. Albert P. Wong directly through Wong Spine’s website or by calling our office.