Most treatments address the symptoms — painkillers mask pain, heat packs relax muscles, and generic exercises strengthen around the problem. But the disc itself remains compressed. At DakshinRehab Moosapet, spinal decompression therapy targets the root cause: it creates negative pressure inside the disc, allowing herniated material to retract and nutrients to flow back into damaged tissue.
Controlled axial distraction creates negative intradiscal pressure, drawing the herniated nucleus pulposus back toward the centre. DakshinRehab uses the Triton DTS with real-time force monitoring for precise, comfortable treatment.
Neck disc problems — including cervical radiculopathy and arm pain — respond to targeted cervical decompression. The Triton DTS has a dedicated cervical module for precise angle and force control.
Decompression opens the spinal canal and neural foramen, relieving pressure on the spinal cord and nerve roots. Particularly effective for patients with neurogenic claudication who struggle to walk.
By creating negative pressure, decompression promotes diffusion of water, oxygen, and nutrients into the disc — supporting regeneration in discs that have lost height and hydration over time.
Negative intradiscal pressure draws herniated nucleus pulposus back toward the disc centre. Most effective for L4-L5 and L5-S1 herniations causing leg pain, numbness, or weakness.
By opening the neural foramen and reducing disc protrusion, decompression directly relieves pressure on the sciatic nerve. Patients often report leg pain reduction after the first few sessions.
Neck disc herniations causing arm pain, numbness, or headaches respond to targeted cervical decompression. The Triton DTS cervical module provides precise angle and force control for the delicate neck region.
Decompression promotes nutrient diffusion into dehydrated, degenerating discs — supporting regeneration and pain relief. Particularly valuable when surgery is not an option or has been declined.
Flexion-based decompression opens the spinal canal and neural foramen. Effective for patients with neurogenic claudication — leg pain and weakness when walking — who are not candidates for surgery.
When chronic back pain originates from damaged discs rather than muscles, decompression targets the source. Combined with core stabilisation, it provides lasting relief where painkillers and generic exercises failed.
Decompression reduces compressive load on facet joints, relieving pain from arthritic or inflamed facets. Combined with TECAR therapy for enhanced anti-inflammatory effect.
For patients who still have pain after spinal surgery, decompression can address residual disc compression and scar tissue effects without further surgical intervention. Careful assessment required.
We chose this system because it delivers true disc decompression — not just traction. Our spine-specialised therapists use MRI-guided protocols for each patient.
Your MRI identifies the exact disc level causing problems. The Triton DTS angle is set to target that specific segment — L4-L5, L5-S1, or cervical levels — rather than applying generic force across the whole spine.
The logarithmic force curve creates genuine negative pressure inside the disc (-150 to -200 mmHg). This vacuum effect draws herniated material back and pulls nutrients into dehydrated disc tissue — something constant traction cannot achieve.
Decompression alone is not enough. We combine each session with TECAR therapy for tissue healing, core stabilisation to protect the decompressed disc, and manual therapy for adjacent joint restrictions. This integrated approach is what delivers lasting results.
Unlike generic traction that pulls on the entire spine, the Triton DTS uses computerised logarithmic curves to bypass the body's muscle guarding reflex — delivering targeted decompression exactly where your disc needs it.
Traditional traction applies a constant pull that triggers your muscles to guard and resist — limiting the decompressive effect. The Triton DTS uses a patented logarithmic ramp-up curve that gently bypasses this reflex. The result: true negative intradiscal pressure (-150 to -200 mmHg) that draws herniated material back, improves nutrient diffusion, and promotes disc healing. Real-time force feedback ensures every session is precise and comfortable.
Creates -150 to -200 mmHg pressure inside the disc, drawing herniated material back toward the centre and promoting nutrient diffusion.
Patented ramp-up pattern bypasses the body's muscle guarding reflex — unlike constant traction that triggers spasm.
Treatment angle is adjusted to target the specific disc level (L4-L5, L5-S1, etc.) based on your MRI findings.
Computerised feedback tracks force delivery every second — ensuring consistent therapeutic pressure throughout the session.
Decompression sessions are combined with TECAR therapy, core stabilisation, and manual therapy for comprehensive spine rehabilitation.
Located in Moosapet, Hyderabad — serving Kukatpally, KPHB, Miyapur, and Gachibowli.
“When we create negative pressure inside a damaged disc, we're not just relieving symptoms — we're changing the biomechanical environment to support healing. That's the difference between temporary relief and lasting recovery.”— Dr. Swapnagandhi, Human Movement Specialist, Physiotherapist
Lie comfortably on the Triton DTS table. Most patients feel a gentle stretch — no pain. Sessions typically last 45–60 minutes including preparation. Here's your journey from assessment to treatment plan.
Duration: 15–20 min
Outcome: Targeted treatment plan based on imaging
Duration: 5 min
Outcome: Positioned and comfortable
Duration: 20–25 min
Outcome: Therapeutic decompression delivered
Duration: 10–15 min
Outcome: Enhanced treatment response
Duration: 5 min
Outcome: Baseline improvement tracked
Duration: 5 min
Outcome: Clear treatment roadmap
From first assessment to recovery — what to expect when you choose spinal decompression therapy at DakshinRehab Moosapet.
Your therapist reviews your MRI, identifies the exact disc level, and creates a personalised decompression protocol. First treatment session included.
3–5 sessions per week with progressive force increases. Most patients feel significant improvement by session 8–10. Combined with TECAR and core exercises.
Sessions taper to 2–3 per week. Focus shifts to core stabilisation, postural correction, and functional training to protect the healed disc long-term.
What spinal decompression can achieve — effective outcomes for disc herniation, sciatica, stenosis, and chronic back pain when other treatments have failed.
Clinical studies report up to 86% success rate for chronic disc patients. Many patients who were recommended surgery find lasting relief through decompression — avoiding the risks, costs, and recovery time of spinal surgery.
By addressing the disc itself rather than masking symptoms, decompression provides relief that often lasts months to years. Combined with core stabilisation, the results are sustainable.
Sitting, standing, walking, driving — the activities disc pain takes away. Decompression restores nerve function and reduces inflammation, helping you return to normal life without dependency on painkillers.
Spinal decompression is safe for most disc and nerve compression patients. Certain conditions require caution or an alternative approach. Your therapist at DakshinRehab Moosapet will screen you before your first session.
Spinal fractures — acute or unhealed vertebral fractures
Spinal tumours or metastatic disease in the treatment area
Severe osteoporosis — risk of compression fracture during treatment
Spinal fusion hardware — metal rods, screws, or cages at the treatment level
Pregnancy — decompression is not performed during pregnancy
Abdominal aortic aneurysm — decompressive forces are contraindicated
Orthopaedic surgeons and neurologists often refer patients for spinal decompression when conservative treatment has plateaued and surgery is being considered. Here are typical recommendations.
"Your MRI shows a disc herniation at L5-S1 compressing the nerve root. Before we discuss surgery, I want you to try spinal decompression therapy at DakshinRehab. Their Triton DTS system creates negative pressure in the disc — which can draw the herniation back and relieve your leg pain."
"The neck disc is pressing on your nerve causing arm pain and tingling. I'm referring you for cervical decompression — it's non-invasive and specifically targets the disc level your MRI identified. DakshinRehab has the cervical module for precise treatment."
"You've tried physiotherapy, injections, and medication without lasting relief. Spinal decompression is the next step before considering surgery. It targets the disc directly — promoting hydration and nutrient flow into the degenerated tissue."
Clear answers about how decompression works, what it feels like, and whether it can help your specific disc condition.
Our expert physiotherapists and rehabilitation specialists at DakshinRehab bring decades of combined experience to your recovery.
MPT (Neuro), PG Diploma in Ergonomics
Director & Senior Neuro Physiotherapist | Stroke & Spine Rehab Specialist
Consultant clinical rehabilitation services
Founder & Chief Prosthetist | Amputee Rehabilitation Expert
MS, MCh (Vascular Surgery)
Consultant Vascular Surgeon | Diabetic Foot & Wound Care
Learn more about this condition and treatment options from our expert team.
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Spinal decompression is part of our approach for many spine and nerve conditions. Learn more about rehabilitation options at DakshinRehab.
Non-surgical sciatica relief using decompression, TECAR, and nerve mobilisation.
Multi-modal approach combining decompression, core stabilisation, and manual therapy.
Neck pain and arm symptoms managed with cervical decompression and rehabilitation.
Non-surgical spinal stenosis management with decompression and mobility training.
Recovery after spinal surgery — or managing failed back surgery syndrome.
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