Extraterrestrial Cabin Spinal Decompression System

Popular Version Lumbar Spine of the Extraterrestrial Cabin Spinal Decompression System

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Prevent weightlessness

Quasi-positioning

High decompression

Deep nourishment

Precision repair

Smart Analysis

Product Introduction

The extraterrestrial spinal three-dimensional decompression orthopedic system was jointly developed by Zhengzhou Feilong Medical Equipment Co., Ltd. and Director Xie Yi from the Rehabilitation Medicine Engineering Department (Center for Foot and Spinal Abnormality Correction and Sports Rehabilitation Research) of the Fifth Affiliated Hospital of Zhengzhou University. This system innovatively employs an alternating, bi-cyclic three-dimensional decompression therapy technique that addresses three-dimensional spinal structural abnormalities—such as scoliosis, alterations in normal spinal curvatures, lumbar disc herniation, and other spinal disorders—from longitudinal, lateral, and axial perspectives, achieving groundbreaking therapeutic effects. For instance, in cases of severe scoliosis that do not yet meet the criteria for surgical intervention, two to three treatment courses can typically correct the curvature to below 10° or even straighten it completely. Subsequently, a spinal biomechanical orthosis is used to maintain the achieved correction. This comprehensive treatment approach significantly enhances the effectiveness of conservative treatments for spinal structural abnormalities such as scoliosis. By achieving successful outcomes through conservative therapies, spinal structural abnormalities can be effectively managed, greatly reducing the financial burden on families and society as well as minimizing the medical risks borne by individuals themselves.

Comparison Between the Decompression System Orthopedic Version and Traditional Traction

Comparison Project	Decompression system	Traditional traction
Mode of force	Continuously controllable dynamic mode	Continuous or intermittent linear patterns
Receptor-De-stress Feedback System	Yes, it can help eliminate muscle resistance.	None
Paravertebral muscle contraction resistance	Virtually no production	Often produced
Point of application of force	Precisely locate the diseased intervertebral disc	Acts on the entire spine
Intravertebral disc pressure decreases	Continuous negative pressure, which can achieve -200 mmHg	Under normal circumstances, it is difficult to achieve negative pressure.
Increased disc space height	Clearly increased	Not obvious
Treatment outcome	Make the protrusion reducible to achieve the purpose of nourishing the intervertebral disc.	Simply by forcibly restraining the patient, the patient’s condition is alleviated.
Patient comfort	Extremely high	Poorer
Clinical Study Status	More global studies confirm.	Fewer systematic research reports
Orthopedic dimension	Three-dimensional spinal correction can be achieved.	None

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