Extraterrestrial Cabin Spinal Decompression System

Extracorporeal Non-Surgical Spinal Decompression System

Extracorporeal Non-Surgical Spinal Decompression System Model: Cervical Spine FJZ-6502 Applicable Scope: Suitable for the treatment of cervical spondylosis.

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Prevent weightlessness

Quasi-positioning

High decompression

Deep nourishment

Precision repair

Smart Analysis

Product Introduction

The Extracorporeal Non-Surgical Spinal Decompression System (Lumbar Spine) is a new-generation, high-end, state-of-the-art physical rehabilitation device developed by Zhengzhou Feilong Medical Equipment Co., Ltd. for the treatment of lumbar spine disorders. This device is non-surgical, painless, and highly accurate in its positioning. It employs continuous, high negative pressure to provide nourishing decompression therapy for intervertebral discs. It offers a new therapeutic approach for the vast number of patients suffering from lumbar spine diseases.

Working principle

The extraterrestrial cabin non-surgical spinal decompression system (lumbar region) simulates the relaxed state of back muscles experienced by astronauts in the weightless environment of space. Through a meticulously designed mechanism, it applies traction force along a nonlinear logarithmic curve, concentrating the therapeutic effect precisely on the affected intervertebral discs and creating sustained negative pressure within the discs, thereby achieving the desired therapeutic outcome. During treatment, patients experience virtually no discomfort. This system boasts advantages such as precise localization, concentrated force application, scientifically sound traction mechanics, dynamic controllability, outstanding therapeutic efficacy, high patient comfort, and complete painlessness.

The key differences between the extracorporeal spinal decompression system and existing traction techniques.

	Extraterrestrial capsule technology	Conventional traction technique
Design concept	In addition to relieving pathological compression, greater emphasis is placed on restoring the intervertebral disc’s own nutritional status.	Emphasize only the removal of pathological compression.
Nature of force	Nonlinear logarithmic curve	Linear
Point of application of force	Focused on the affected intervertebral disc	The entire spinal column
Mode of force	Continuously controllable dynamic mode	Simple continuous or intermittent mode
Magnitude of force, angle	Completely effective in relieving stress, with precise angle positioning.	Traction is being resisted, and the angle positioning is inaccurate.
Transmission device	Pneumatic and hydraulic transmission systems	Simple connection of cables and pulleys
Sensor - Force Feedback System	There is	None
Paravertebral muscle contraction resistance	Virtually no production	Often produced
Intravertebral disc pressure decreases	Obvious	Not obvious; generally difficult to achieve negative pressure.
Increased disc space height	Clearly increased	Not obvious
Treatment outcome	Achieve nutritional disc health, restore disc height, and improve the disc’s own nutritional status.	Simply by forcibly restraining the patient, attempting to alleviate the patient's condition.
Patient comfort	Extremely high	Poorer
Device type	Treatment, rehabilitation	Rehabilitation

Basic Technical Parameters

Power supply	AC 220V ±22V; 50Hz ±1Hz
Input power	500VA
Ambient temperature	5℃~40℃
Relative humidity	No more than 85%
Atmospheric pressure	700 hPa to 1060 hPa
Security Category	Class I Type B
Control cabinet external dimensions	780mm × 1078mm × 2036mm (length × width × height)
Bed frame dimensions	1775mm × 724mm × 1008mm (length × width × height)
Bed body translation	0–150 mm
Traction range	0–137 N
The bed frame's safe load capacity	1764N
Bed body turning angle	0–68°, tolerance ±2°
Traction angle	Set them separately to 0°, 2°, 4°, 8°, 13°, and 17°.
UPS power supply	Online type, frequency 50-60 Hz, voltage 220 V, power 2 kVA; battery backup duration after power failure is no less than 10 minutes.
Computer hardware configuration	Touchscreen HD Industrial-Grade Computer

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