Beschreibung
Advanced, non-invasive spinal decompression for back and neck pain relief
The Robotic Spinal Decompression Physiotherapy Table is a state-of-the-art therapeutic platform designed to provide controlled, targeted spinal decompression for patients suffering from chronic back pain, disc herniation, sciatica, and related musculoskeletal conditions. Engineered for precision, comfort, and clinical effectiveness, this table integrates robotic actuation with customizable treatment protocols to deliver gentle traction and realignment of the vertebral segments — without the need for surgery.
Key Features & Capabilities
✔ Fully Robotic Decompression Control
Advanced robotic actuators deliver smooth, programmable decompression forces along the spinal axis. The system adjusts traction dynamically during the treatment cycle, maximizing patient comfort while optimizing therapeutic effect.
✔ Multi-Segment Motion & Flexion Control
Designed to target specific spinal regions (cervical, thoracic, lumbar), the table supports controlled flexion, extension, and rotation patterns that align with clinical protocols for disc decompression and nerve-root relief.
✔ Intelligent Treatment Protocols
Clinicians can select from pre-set therapeutic programs or customize parameters including:
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Decompression force
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Hold/relax cycles
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Speed & timing
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Target vertebral levels
This allows tailored interventions for individual patient presentations.
✔ Ergonomic Patient Comfort
Patient positioning is enhanced with:
Comfort-oriented design supports longer treatment durations without distress.
✔ Intuitive Touchscreen User Interface
The built-in control panel displays treatment metrics in real time and allows precise adjustment of settings. Protocol selection, parameter changes, and progress tracking are straightforward and clinician-friendly.
✔ Integrated Safety Systems
Multiple failsafes, load monitoring, and emergency stops ensure patient safety throughout the session. The robotic system modulates force in response to resistance changes to prevent overstressing tissues.
Clinical & Rehabilitation Benefits
The Robotic Spinal Decompression Table is indicated for a wide range of spine-related conditions:
Clinical advantages include:
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Gradual disc rehydration and reduction of intradiscal pressure
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Alleviation of nerve root compression
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Improved joint mobility and alignment
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Reduced paraspinal muscle spasm
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Enhanced functional comfort during activities of daily living
Decompression therapy has been shown to provide significant symptomatic relief for patients with:
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Herniated or bulging discs
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Degenerative disc disease
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Sciatica / radiculopathy
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Facet syndrome
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Postural imbalance syndromes
✔ Non-invasive alternative to surgery
✔ Customizable to patient pathology
✔ Clinician-controlled, data-enabled therapy
✔ Complementary to physio, manual therapy, and exercise programs
✔ Supports objective tracking of clinical progress
By combining robotic precision with clinical flexibility, this table enables rehabilitation professionals to deliver high-quality decompression therapy within outpatient, hospital, and physiotherapy settings.
Typical Treatment Workflow
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Patient assessment: baseline examination & postural evaluation
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Protocol selection: choose target region and parameters
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Positioning: secure and comfortable setup on table
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Therapy delivery: robotic decompression with guided motion
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Post-session review: range of motion, pain scores, functional assessment
Technical Specifications (Example)
| Specification |
Details |
| Power Supply |
220–240 V AC, 50/60 Hz |
| Operation Mode |
Fully programmable robotic traction |
| Treatment Modes |
Cervical / Lumbar / Multi-segment |
| Max Force |
Clinician adjustable to therapeutic levels |
| Display |
Integrated touchscreen control panel |
| Safety |
Emergency stop + load sensors |
| Patient Weight Capacity |
Up to 200–250 kg (model dependent) |
(Actual specifications vary by configuration and model. Please confirm prior to ordering.)
Practice Settings
Ideal for:
Clinician Benefits
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Objective, reproducible decompression control
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Reduced manual clinician effort vs traditional traction
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Improved patient comfort and compliance
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Integrated safety monitoring
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Custom session data retention for audit and follow-up
