Spine Pain, Computerized Traction & Disc Care
Home/Services/Spine Pain, Computerized Traction & Disc Care

Spine Pain, Computerized Traction & Disc Care

Non-surgical vertebral realignment utilizing computerized 3D spinal traction, disc decompression, and McKenzie protocols eliminating sciatic impingement.

Clinical Protocol Overview

Physiolife Center provides advanced computerized traction systems designed to correct disc herniation and vertebral misalignment. By delivering precise, monitored longitudinal distracting forces tailored to the patient, intradiscal pressure is reduced, retracting disc protrusion and relieving sciatic nerve roots without invasive surgery.

Indications & Conditions Treated

Lumbar and cervical disc herniation
Sciatica radiating to buttock and legs
Spinal stenosis and facet joint syndrome
Cervical stiffness and cervicogenic headaches
Postural misalignment and vertebral disc displacement

Phases of Rehabilitation Pathway

01
Clinical spine assessment correlated with MRI disc localization
02
Weight-calibrated distraction angles creating negative intradiscal vacuum
03
Intermittent cycling traction relaxing deep paraspinal muscle splinting
04
Post-traction spinal stabilization drills using the McKenzie Method

Advanced Technology Employed

Digital 3D Spinal Decompression Traction System
Friction-Free Decompression Split Table
Ergonomic Pelvic and Thoracic Stabilization Harnesses

Frequently Asked Questions

How does the traction device heal disc herniation without surgery?

The device gently opens intervertebral disc spaces, creating a negative suction force that draws the herniated nucleus away from compressed nerves while rehydrating the disc.

Inquire About This Service

Contact our clinical coordinators directly to discuss protocols and personalized care.

Duration:60 - 75 mins
Location:Erbil - Brayati St

Specialists In Charge

Dr. Zaid Al-Husseini
Consultant in Physical Medicine & Sports Rehabilitation
Dr. Noor Al-Khafaji
Senior Specialist in Neuro-Rehabilitation & Robotic Therapy
Call UsWhatsAppContact