Extraterrestrial Cabin Spinal Decompression System

Extraterrestrial Cabin Cervical and Lumbar Spine Positioning and Periodic Traction System

Extraterrestrial Cabin—Spinal Positioning and Periodic Decompression Traction System Model: Neck-Lumbar Integrated Device FJY-5100 Applicable Departments: Rehabilitation Department, Pain Management Department, Orthopedics Department, Spine Department, Physical Therapy Department, and other related departments.

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Extraterrestrial Cabin Cervical and Lumbar Spine Positioning and Periodic Traction System

Prevent weightlessness

Quasi-positioning

High decompression

Deep nourishment

Precision repair

Smart Analysis

Product Introduction

As early as 1998, the concept of “non-surgical spinal decompression” was officially incorporated into the U.S. “Pain Management—A Clinical Handbook.” The authors emphasized that by applying external forces to induce a sustained negative pressure within the affected intervertebral disc, nutrients can penetrate the disc, thereby nourishing and repairing its structural integrity.
The intervertebral disc is the largest avascular tissue in the human body, and its nutrition primarily relies on osmotic diffusion under a negative pressure state within the disc. Decompression therapy can maintain a sustained and sufficient negative pressure within the affected intervertebral disc, enabling nutrients to permeate into the disc and thus nourishing and repairing its structural integrity. The multi-patented technologies and meticulously designed, biologically sound ergonomic features of the extracorporeal cervical and lumbar vertebral positioning traction system represent a significant breakthrough in the field of traction therapy for treating intervertebral disc herniation.

The core difference between extraterrestrial capsule technology and traditional traction technology

	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 is inaccurate.
Transmission device	Servo motor	Ordinary motor or other
Paravertebral muscle contraction resistance	Virtually no production	Often produced
Sensor-force feedback system	There is	None
Intravertebral disc pressure decreases	Obvious	Not obvious; generally difficult to achieve negative pressure.
Increased disc space height	Clearly increased	Not obvious
Treatment outcome	Reduce the protrusion, nourish the intervertebral disc, restore disc height, and improve its intrinsic nutritional status.	Simply by forcibly restraining the patient, attempting to alleviate the condition.
Patient comfort	Extremely high	Poorer
Device type	Treatment, rehabilitation	Rehabilitation
Intelligent Reporting System	There is	None

Basic Technical Parameters

Working conditions
Ambient temperature	5℃ to 40℃
Relative humidity	30% to 75%
Atmospheric pressure	700 hPa to 1060 hPa
Power supply	AC 220V ±22V; 50Hz ±1Hz
Rated input power	500VA
Security Category	Class I Type B
Overall machine dimensions	Length: 2980 mm, Width: 1158 mm, Height: 1990 mm, Tolerance: ±50 mm
Traction Force Setting
Lumbar spinal traction force value	The traction force setting range is 0 to 666 N, in increments of 1 N.
Cervical traction force value	The traction force setting range is 0 to 137 N, in increments of 1 N.
Traction angle
Lumbar spine traction angle	The settable angles are 0°, 10°, 15°, 20°, 23°, and 25°, with a tolerance of ±2°.
Cervical traction angle	The settable angles are 0°, 2°, 4°, 8°, 13°, and 17°, with a tolerance of ±1°.
Carry	The bed frame’s safe load capacity is 180 kg.
Noise	Under normal operating conditions, the noise level is no greater than 60 dB(A).
UPS power supply	Continuous power supply for at least 10 minutes

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