New Jersey Robotic Spinal Surgery

Reclaim comfort and mobility with innovative, state-of-the-art robotic procedures tailored to your unique spinal needs.

Robotic Spinal Surgery in New Jersey

Robotic spinal surgery represents the next frontier in minimally invasive spine care. By integrating computer navigation, three-dimensional imaging, and robotic guidance, this advanced technology allows Dr. Stieber to operate with heightened precision, efficiency, and safety. The result is often smaller incisions, minimal disruption to muscles and tissues, and a faster, more comfortable recovery for patients.

We invite you to call our Englewood office today to learn more about robotic spinal surgery in New Jersey and to explore whether this groundbreaking technique is right for you.

An Overview of Robotic Spine Surgery

Dr. Stieber remains at the forefront of spinal surgery advances by incorporating cutting-edge robotic platforms, such as the ExcelsiusGPS system. This technology enables him to plan each procedure in detail before making a single incision. Sophisticated imaging tools and a rigid robotic arm guide the surgical instruments with sub-millimeter accuracy, reducing the need for repeated X-rays and lowering exposure to radiation. Through real-time monitoring on a high-definition screen, Dr. Stieber can continuously adjust and optimize his approach during the operation.

Please reach out if you are curious about how robotic spinal surgery in NJ might address your back pain or related symptoms.

robotic spinal surgery device

The Benefits

Robotic spinal surgery often provides the same advantages as other minimally invasive techniques—like smaller incisions, reduced blood loss, and shorter hospital stays—while also adding benefits unique to robotic assistance:

Precision Implant Placement

The computer-guided system helps position implants more accurately, potentially decreasing the likelihood of complications.

Reduced Radiation Exposure

Since multiple intraoperative X-rays are minimized, both the patient and medical staff are exposed to less radiation.

Faster Surgical Times

Streamlined targeting and precise movements may shorten the overall duration of the procedure.

What to Expect

Before your operation, Dr. Stieber utilizes advanced imaging scans to plan the surgical route meticulously, determining where implants (such as screws) will be placed. Once the plan is set, the robotic arm assists him by orienting instruments along the predetermined pathway. Throughout the process, every movement is displayed on a high-resolution screen, ensuring that the surgery proceeds seamlessly and safely. Common conditions suitable for robotic spinal surgery include herniated discs, spinal stenosis, spondylosis, scoliosis, and more.

Our Technology: ExcelsiusGPS

The ExcelsiusGPS platform seamlessly integrates preoperative imaging and real-time patient anatomy. By overlaying three-dimensional scans onto a live view of the spine, this system allows Dr. Stieber to plan and execute every step of the operation with unrivaled accuracy.

Robotic Guidance

Instruments and implants are aligned to a precise path via a rigid robotic arm guided by Dr. Stieber's surgical plan.

Navigation

Real-time visuals confirm each move, ensuring crucial structures remain protected.

Imaging Flexibility

Depending on your condition, the procedure may use preoperative CT, intraoperative CT, or fluoroscopic imaging. This adaptability helps address your unique spinal anatomy.

Candidates for Robotic Spinal Surgery in New Jersey

Many individuals who suffer from chronic back pain or spinal deformities could benefit from robotic spinal surgery in NJ, particularly if they are diagnosed with:

Herniated discs
Spinal stenosis
Spondylosis (arthritis in the spine)
Spinal fractures
Spinal tumors or infections
Scoliosis or other curvature deformities

Dr. Stieber will discuss your medical history, perform a detailed exam, and review imaging to confirm whether a robot-assisted procedure is appropriate for your specific diagnosis.

What Is the Cost of Robotic Spinal Surgery?

Acquiring and maintaining a top-tier system like ExcelsiusGPS involves substantial investment—often more than a million dollars. However, research indicates that robot-assisted spine procedures can be cost-effective because:

Fewer Revisions: High-precision hardware placement helps reduce the need for additional surgeries.
Lower Infection Rates: Smaller incisions and reduced tissue disruption typically mean a lower risk of infection.
Shorter Hospital Stays: Most patients recover faster, often decreasing overall medical expenses.
Less Time in Surgery: Quicker procedures mean fewer operating room costs.

Generally, insurance companies classify robotic spinal surgery as “robot-assisted minimally invasive spine surgery,” and coverage may be included in many standard health plans. Our staff can review your benefits and help clarify any details regarding out-of-pocket costs.

ExcelsiusGPS

What Is the Recovery Time for Robotic Spinal Surgery?

Although recovery varies by individual, robotic technology often leads to speedier healing compared to traditional open spine methods:

Reduced Hospitalization

Many patients spend noticeably less time in the hospital—on average, about 27% less than older approaches.

Gradual Return to Activity

Depending on the complexity of your condition, you may resume light activities within a few weeks, with full recovery taking anywhere from 12 weeks to six months.

Postoperative Support

Following Dr. Stieber's guidelines, including exercises and physical therapy, is critical for a smooth healing process and maximized surgical benefits.

Robotic Spinal Surgery Frequently Asked Questions

Is robotic spine surgery covered by insurance?

Most insurance providers classify robotic procedures under minimally invasive spine surgery, meaning coverage is often available. Your specific coverage depends on your plan, but our staff can assist with any questions.

How does it address spinal stenosis?

By using laser or microsurgical methods in conjunction with robotic guidance, surgeons can remove tissue-compressing nerves without making large incisions, thus relieving stenosis more precisely.

Are the results of robotic surgery long-lasting?

When performed by an experienced spine surgeon, robotic spine surgery can be as durable and effective as traditional open techniques, frequently delivering a shorter recovery period.

Why Choose Dr. Stieber?

Dr. Stieber is one of the few spine surgeons in the Northeast to harness advanced robotic systems for spinal procedures. In addition to his board certification and fellowship training, he frequently lectures on pioneering methods in spine surgery. His commitment to evidence-based practice, patient education, and surgical precision places him at the forefront of spinal care in the region.

Contact our Englewood team today to schedule a consultation and learn how robotic spinal surgery in New Jersey can set you on the path toward lasting relief and restored quality of life.