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Disc Decompression

Disc Decompression in Marlton and Collingswood, NJ

When disc-related spine pain is properly evaluated and treated, patients may be able to move toward relief without immediately turning to open spine surgery. Disc decompression may help select patients with contained herniated discs reduce pressure from the disc, calm nerve irritation, and return to daily movement with less pain.

Percutaneous Disc Decompression is a minimally invasive treatment option for certain patients with herniated disc-related pain. The procedure is designed to remove or reduce a small amount of disc material through a needle-based approach, helping decrease pressure inside the disc and around irritated nerves.

At Peak Spine & Sports Medicine, disc decompression may be considered when symptoms, imaging, prior treatment history, and exam findings suggest that a contained disc herniation is contributing to low back, buttock, hip, or leg pain. The goal is to determine whether a targeted disc procedure may help patients move toward less pain, better function, and a clearer path forward without relying on opioids.

Our approach centers on opioid-free, interventional pain care with a strong focus on education, outcomes, and restored quality of life. Patients are cared for by Dr. Milind Patel, Dr. Jill Kalariya, and our interventional pain management team through a concierge, white-glove model designed to restore quality of life without opioids. Relief should not feel like another complicated medical process. Our team works to reduce delays, simplify next steps, and help patients move toward a clear plan for less pain and better function.

To learn more about disc decompression in Marlton and Collingswood, NJ, call Peak Spine & Sports Medicine at (833) 377-7325 or conveniently request an appointment online today. Telehealth consults are available for convenience when appropriate. We proudly serve patients in Marlton, Haddonfield, Collingswood, Cherry Hill, Medford, Moorestown, Mount Laurel, Voorhees, Philadelphia, and surrounding communities.

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What Is Disc Decompression?

Disc decompression is a minimally invasive spine procedure used to treat select cases of herniated disc-related pain.

Spinal discs sit between the vertebrae and help absorb pressure, support movement, and act as a cushion. When a disc herniates, part of the disc may bulge or protrude outward. If the herniation irritates a nearby nerve, patients may feel pain, numbness, tingling, weakness, or symptoms that travel into the buttock, hip, leg, or foot.

Percutaneous Disc Decompression is performed through a small access point rather than a larger open incision. The physician uses imaging guidance to reach the affected disc and remove or reduce a small amount of disc material. This may help reduce pressure inside the disc and relieve irritation around nearby nerves.

Disc decompression may be considered for patients with:

  • Contained disc herniations
  • Disc-related nerve irritation
  • Herniated disc-related low back pain
  • Sciatica or leg pain related to a disc herniation
  • Pain that has not improved enough with conservative care
  • Pain that persists after physical therapy, medication, or injections
  • Symptoms that match imaging findings
  • Patients trying to avoid or delay more invasive spine surgery when appropriate

Disc decompression is not the right treatment for every spine problem. It is most appropriate when the disc herniation is contained, and the pain pattern matches the imaging findings. Large extruded or sequestered disc fragments, severe spinal stenosis, major instability, fracture, infection, tumor, or progressive neurologic symptoms may require a different type of evaluation.

Percutaneous Disc Decompression works by reducing pressure inside a damaged or herniated disc.

When a disc herniates, the displaced disc material can place pressure on nearby nerves or contribute to inflammation around the nerve root. This may cause low back pain, sciatica, radiating leg pain, numbness, tingling, or symptoms that worsen with sitting, bending, lifting, coughing, sneezing, standing, or walking.

During percutaneous disc decompression, the physician uses imaging guidance to place a small needle or access device into the affected disc. A small amount of disc material is removed or reduced. In select patients, decreasing the amount of material inside the disc may reduce internal disc pressure and allow the herniated portion to place less pressure on surrounding nerve tissue.

The procedure is less invasive than open spine surgery. It does not require a large incision or open exposure of the spine. It is designed for selected disc herniations rather than every type of spine pain.

At Peak Spine & Sports Medicine, the procedure is considered only after the team evaluates whether the disc is likely to be the main pain generator and whether other structures, such as the facet joints, SI joints, spinal nerves, hip joints, or muscles, may also be contributing to symptoms.

Percutaneous disc decompression may be performed using various technologies, depending on the patient, anatomy, disc problem, physician recommendation, and treatment plan.

The Stryker Dekompressor® disc removal system is designed for percutaneous removal of disc material. It may be used in selected cases to remove a small amount of disc material through a minimally invasive approach.

The elliquence Disc-FX® System is another minimally invasive disc treatment platform used for selected contained lumbar disc herniations. Disc-FX® may allow the physician to access and treat the disc through a small access point.

These technologies are not interchangeable for every patient. The choice depends on the type of disc herniation, location of symptoms, imaging findings, medical history, prior treatment response, and provider judgment.

Disc decompression is most often considered for pain related to a contained herniated disc.

Patients may benefit from an evaluation for disc decompression if they have:

  • Low back pain with buttock, hip, or leg pain
  • Sciatica or shooting leg pain
  • A desire to explore a minimally invasive, non-opioid treatment option when appropriate
  • Numbness or tingling associated with disc-related nerve irritation
  • Pain that worsens with sitting, bending, lifting, coughing, or sneezing
  • Pain that has not improved enough with therapy, medication, injections, or activity changes
  • Pain related to a contained herniated disc
  • Symptoms that match imaging findings

Disc decompression is not usually the right treatment for pain caused mainly by facet joints, SI joints, spinal stenosis, severe nerve compression, spinal instability, fracture, infection, tumor, hip arthritis, or muscle-related pain.

Peak Spine & Sports Medicine begins with a careful workup, so the procedure fits the diagnosis, not just the location of pain.

A good candidate for disc decompression is usually someone with a contained disc herniation that is causing pain and has not improved enough with conservative treatment.

Many candidates have tried options such as physical therapy, activity modification, medication, epidural steroid injections, or selective nerve root blocks. The pain pattern often suggests that the herniated disc is irritating a nerve or contributing to disc-related pressure.

A patient may be a candidate for disc decompression if they have:

  • A contained disc herniation
  • Symptoms that match MRI findings
  • Low back pain with radiating buttock, hip, or leg symptoms
  • Pain that has lasted several weeks or months despite conservative care
  • Limited relief from injections or other non-surgical treatments
  • No severe neurologic deficit requiring urgent care
  • No major instability requiring surgical evaluation
  • A desire for a minimally invasive option before open spine surgery when appropriate

Some patients are better suited for epidural steroid injections, nerve root blocks, facet joint injections, medial branch blocks, SI joint injections, radiofrequency ablation, the MILD Procedure, spinal cord stimulation, physical therapy referral, surgical evaluation, or further diagnostic workup.

A consultation helps determine whether disc decompression is the right next step.

Disc decompression is designed to treat selected cases of herniated disc-related pain.

It may be considered for:

  • Contained lumbar disc herniation
  • Disc-related sciatica
  • Disc-related radicular pain
  • Persistent pain after conservative care
  • Low back pain with leg symptoms related to a disc herniation
  • Pain that has not responded well enough to other non-surgical treatments

Disc decompression does not correct every spinal condition. It does not treat severe spinal instability, fracture, infection, tumor, advanced deformity, or every type of nerve compression. It also does not replace spine surgery when surgery is clearly needed.

If symptoms suggest a different pain source, Peak Spine & Sports Medicine may recommend another interventional option or additional evaluation before moving forward.

Before disc decompression, patients are evaluated to determine whether their symptoms, exam findings, imaging, and prior treatment history suggest that a contained herniated disc is a meaningful source of pain.

The consultation may include a discussion of symptoms, medical history, imaging results, prior treatments, prior injections, prior surgery, medications, daily limitations, and goals. The provider may examine the spine, assess movement, review nerve-related symptoms, and determine whether other sources of pain could be involved.

At Peak Spine & Sports Medicine, the evaluation is designed to connect the treatment plan to the patient’s actual life. For some patients, that may mean sitting through work with less pain. For others, it may mean driving comfortably, walking farther, traveling, exercising, golfing, sleeping better, or feeling less limited by back, buttock, hip, or leg pain.

Imaging is especially important. MRI findings may help show whether a disc herniation is contained, where it is located, and whether it matches the patient’s symptoms. The team may also consider whether pain is coming from another structure, such as the facet joints, SI joint, spinal nerves, muscles, or hips.

If disc decompression appears appropriate, the team will explain what the procedure is designed to do, what recovery may involve, what results may reasonably look like, and how progress will be measured.

Disc decompression is typically performed as an outpatient procedure.

The patient is positioned carefully, and the treatment area is cleaned. Local anesthetic and other comfort measures may be used based on the treatment plan and provider recommendations. Using imaging guidance, the physician places a small needle or access device into the targeted spinal disc.

Depending on the treatment plan, the physician may use a disc decompression device such as Stryker Dekompressor® or elliquence Disc-FX® to remove or reduce a small amount of disc material. The goal is to decrease pressure within the disc and reduce irritation affecting nearby nerves.

During the procedure, the team keeps the process calm, precise, and organized:

  • Patients are positioned carefully, so the treatment area can be accessed safely.
  • Imaging guidance is used to identify the proper target.
  • The skin is cleaned using sterile technique.
  • The treatment area is numbed.
  • A small needle or access device is placed into the affected disc.
  • Disc material is removed or reduced using the selected technology.
  • The physician confirms the treatment area throughout the procedure.
  • Patients are monitored before going home with clear aftercare instructions.

The procedure is designed to address a specific disc-related pain source. The planning behind it is highly specific, even though the treatment is less invasive than open spine surgery.

Recovery after disc decompression varies based on the disc treated, the technology used, the patient’s baseline pain, activity level, overall spine health, and provider instructions.

Many patients go home the same day. Some soreness near the treatment area can happen. Patients may be asked to take it easy for a short period and to avoid strenuous activity, bending, lifting, or twisting, as directed by the provider.

Improvement may develop gradually. Some patients notice changes within days or weeks, while others need more time for nerve irritation to settle and movement to improve.

Physical therapy or strengthening may be recommended after pain improves, especially if disc-related pain has led to weakness, stiffness, guarded movement, or reduced activity. Peak Spine & Sports Medicine does not provide in-house physical therapy, but the team may refer patients to outside providers when strengthening, mobility, posture, spinal support, or functional restoration is part of the plan.

The team may ask patients to track:

  • Back pain levels
  • Buttock, hip, or leg symptoms
  • Sitting tolerance
  • Standing or walking tolerance
  • Pain with bending, lifting, or twisting
  • Sleep quality
  • Medication use
  • Any symptoms that feel new or concerning
  • Ability to work, drive, travel, exercise, golf, or handle daily routines

These details help our physician determine how well disc decompression is helping and whether additional care is needed.

For most patients, the only post-procedure limitation is no standing water such as pool, jacuzzi, or ocean for 24-48 hours after the procedure. Showers are not limited in any way.

Relief from disc decompression varies from patient to patient.

Some patients experience meaningful improvement in pain, movement, and daily function. Others may have more modest relief, depending on the severity of the disc herniation, the amount of nerve irritation, the number of discs involved, spinal arthritis, strength, mobility, and overall medical condition.

Because disc decompression is designed to reduce pressure from a contained herniated disc, the best results usually occur when the symptoms, exam, and imaging all point to the same disc-related pain source.

Disc decompression is not a cure for every spine problem. Arthritis, nerve compression, spinal stenosis, facet joint pain, SI joint dysfunction, muscle guarding, or other structural issues may still contribute to symptoms over time. If symptoms return or do not improve as expected, our physician may reassess the diagnosis and determine whether another treatment option is appropriate.

Patients may notice that sitting feels easier, leg pain is less intense, walking feels more comfortable, or daily activities feel less limited. Some patients may be able to work, drive, travel, exercise, play golf, sleep, or spend time with family with fewer interruptions from pain.

The goal is meaningful improvement that helps the patient move better, rely less on medication when appropriate, and return to the routines they have been missing.

For some patients, improvement is substantial. For others, it is more moderate but still valuable. The best results allow patients to participate more fully in daily life, therapy, movement, and normal routines.

Why Choose Peak Spine & Sports Medicine for Disc Decompression?

Peak Spine & Sports Medicine was built around a simple standard: this should be the kind of pain management practice we would want our own family members to visit.

Initial consultations at Peak Spine & Sports Medicine are designed to be thorough, personal, and highly focused. The team takes time to understand the source of the pain, how it affects daily life, what has already been tried, and which activities the patient needs to return to.

For one patient, the priority may be sitting through work without sharp leg pain. For another, it may be driving more comfortably, walking farther, traveling, exercising, golfing, sleeping better, or getting back to daily routines with more confidence. Those details matter because disc-related pain does not affect every patient the same way.

Peak Spine & Sports Medicine offers:

  • Concierge, white-glove pain management care
  • A non-opioid approach to pain care
  • Ivy League-trained professionals
  • Double board-certified pain management physicians
  • Cutting-edge interventional techniques and technology
  • Advanced disc procedure evaluation
  • Image-guided spine procedures
  • Telehealth consults when appropriate
  • Stryker Dekompressor® evaluation when appropriate
  • elliquence Disc-FX® evaluation when appropriate
  • A helpful staff that works to reduce the burden on patients
  • Insurance access for eligible PPO/POS patients with out-of-network benefits
  • Percutaneous Disc Decompression evaluation for appropriate candidates

Care is led by Dr. Milind Patel and Dr. Jill Kalariya, double board-certified pain management physicians who perform advanced interventional procedures in the outpatient surgery center. Brian Brown, PA supports patients through conservative care, diagnostic workups, imaging coordination, therapy recommendations, and follow-up planning, helping each patient move through care with clarity.

Disc-related pain requires careful diagnosis. At Peak Spine & Sports Medicine, the team evaluates the full pain pattern, imaging findings, prior treatments, neurologic symptoms, activity limitations, and patient goals before recommending disc decompression, epidural steroid injections, nerve root blocks, radiofrequency ablation, spinal cord stimulation, or another treatment option.

Our practice is selective with insurance because the model is built around quality, not volume. We work for the patient, not the insurance company. That gives the team more time to listen, explain, coordinate care, and work for the patient rather than designing the visit around an insurance company’s schedule.

Visit our Why Choose Us page to learn more.

How Much Does Disc Decompression Cost in Marlton and Collingswood, NJ?

The cost of disc decompression depends on the treatment plan, diagnostic evaluation, imaging guidance, technology used, facility, insurance benefits, and medical necessity requirements.

Peak Spine & Sports Medicine primarily works with patients who have PPO or POS insurance plans with out-of-network benefits. The practice is out-of-network for most insurance plans, allowing the team to maintain a smaller, more personalized model with longer visits, tailored treatment plans, more education, and less pressure to rush patients through care.

Many patients are surprised to learn that out-of-network care with PPO/POS plan benefits are typically much more accessible than they expected. The Peak Spine & Sports Medicine team can help review benefits, explain the process, and determine whether the practice is a good fit.

Peak Spine & Sports Medicine does not participate with EPO, HMO, Medicare, or Medicaid plans. This allows our office to see our new and existing patients quickly.

Patients visit Peak Spine & Sports Medicine in Marlton and Collingswood from Cherry Hill, Medford, Moorestown, Mount Laurel, Voorhees, Philadelphia, and surrounding areas because they want high-level interventional pain care without an opioid-first approach.

Disc decompression is minimally invasive, but every procedure carries some risk. Possible risks may include soreness, bruising, bleeding, infection, nerve irritation, temporary increase in pain, allergic reaction, headache, numbness, weakness, disc injury, failure to improve, or need for additional treatment.

Safety depends on careful patient selection, sterile technique, imaging guidance, accurate diagnosis, appropriate technology, and follow-up. At Peak Spine & Sports Medicine, disc decompression is recommended only after the team evaluates the patient’s symptoms, medical history, imaging findings, prior treatments, activity goals, and suspected pain source.

Patients with infections, certain bleeding risks, unstable medical conditions, progressive neurologic deficit, severe instability, or pain that clearly requires another type of urgent treatment may not be candidates. A consultation is needed to determine safety and appropriateness.

At Peak Spine & Sports Medicine, we do not use opioids as a shortcut for pain care.

Our practice focuses on interventional procedures because many pain problems are focal. Disc herniations, irritated nerves, painful facet joints, SI joints, and muscle-related pain often require a targeted solution. Medication taken by mouth circulates through the whole body. That can mean higher doses, more side effects, limited benefit, and no clear endpoint.

Interventional pain management is different. It is designed to identify the source or pathway of pain and treat it directly. For the right patient, disc decompression can provide a non-opioid treatment option for selected herniated disc-related pain and support a broader path toward improved function and quality of life.

Schedule a Disc Decompression Consultation in Marlton or Collingswood, NJ

For disc decompression in Marlton and Collingswood, NJ, contact Peak Spine & Sports Medicine at (833) 377-7325 or schedule a consultation online today. Our team will help determine whether the pain pattern, goals, and insurance benefits make our concierge interventional pain model the right fit.

We proudly serve patients in Marlton, Haddonfield, Collingswood, Cherry Hill, Medford, Moorestown, Mount Laurel, Voorhees, Philadelphia, and surrounding communities.

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Disc Decompression Marlton, NJ – FAQs

Stryker Dekompressor® is a percutaneous disc removal system that may be used in selected disc decompression procedures. It is designed to remove a small amount of disc material through a minimally invasive approach.

Elliquence Disc-FX® is a minimally invasive disc treatment system that may be used for selected contained lumbar disc herniations. It allows the physician to access and treat the disc through a small access point under imaging guidance.

Disc decompression may help select patients with sciatica when symptoms are related to a contained herniated disc irritating a spinal nerve. A consultation is needed to determine whether the disc is the likely source of symptoms.

No. Epidural steroid injections place anti-inflammatory medication near irritated spinal nerves. Disc decompression is designed to reduce pressure from a contained herniated disc by removing or reducing a small amount of disc material.

No. Disc decompression is generally used to reduce pressure from a contained herniated disc. DISCSEEL uses fibrin sealant to help address annular tears in selected patients with disc-related pain.

No. IDET uses controlled heat inside the disc for selected cases of discogenic low back pain. Disc decompression removes or reduces a small amount of disc material to help relieve pressure from a contained herniated disc.

No. Disc decompression is less invasive than open spine surgery and is performed through a small access point. It may be considered for select contained disc herniations, but patients with severe nerve compression, instability, progressive neurologic symptoms, or large extruded disc fragments may still need surgical evaluation.

Disc decompression may help some patients delay or avoid more invasive spine surgery when appropriate. The right treatment depends on the type of disc problem, the severity of symptoms, MRI findings, neurologic symptoms, prior treatment response, and the patient’s goals.

If disc decompression does not provide meaningful improvement, that information is still useful. The team may reassess whether symptoms are coming from another source, such as a facet joint, SI joint, spinal nerve root, muscle, hip joint, spinal stenosis, or another structure.

Some patients benefit from physical therapy or strengthening after pain improves, especially if disc-related pain has led to weakness, stiffness, guarded movement, or reduced activity. Peak Spine & Sports Medicine may refer patients to outside physical therapy when appropriate.

Disc decompression is minimally invasive, but risks can include soreness, bleeding, infection, nerve irritation, temporary increased pain, allergic reaction, numbness, weakness, disc injury, or lack of meaningful improvement. The team will review risks during consultation.

In many cases, yes. Telehealth consults may be available to help expedite evaluation, review symptoms, discuss prior treatments, and determine whether an in-person exam or procedure consultation is appropriate.

Peak Spine & Sports Medicine accepts insurance and primarily works with PPO and POS plans that have out-of-network benefits. The practice does not participate with EPO, HMO, Medicare, or Medicaid plans. The team can help patients determine whether their benefits may apply.