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Childhood scoliosis has become the “third major health threat”! This cutting-edge screening and vibration training solution is breaking new ground in scoliosis correction.

2026-06-02
Alarming statistics: 1 in every 50 children is affected.
During a routine school physical examination, 14-year-old Xiaolin was told by her teacher that her shoulders appeared uneven. At first, her mother paid little attention, assuming it was just poor posture while doing homework. The whole family was thrown into panic after receiving the hospital X-ray report: her Cobb angle measured 32 degrees, indicating moderate scoliosis that required immediate intervention.
Stories like this are unfolding in a growing number of families across China.
According to the latest data from the Spinal Disease Prevention and Control Committee of the Chinese Preventive Medicine Association, the number of primary and secondary school students with scoliosis in China has exceeded 5 million, rising by around 300,000 cases annually. The detection rate of abnormal spinal curvature among students nationwide stands at 23%, with the actual incidence rate ranging from 2% to 3%. In other words, at least one child in a class of 50 faces the risk of scoliosis.
Following obesity and myopia, scoliosis has become the third major health hazard endangering the health of children and adolescents in China.
What is more concerning is that at the end of 2025, 13 government departments including the National Health Commission jointly issued the Five-Health Promotion Action Plan for Children and Adolescents (2026–2030). For the first time, the prevention and control of abnormal spinal curvature has been incorporated into the national health strategy, with a target to achieve full coverage of scoliosis screening among primary and secondary school students by 2030. A nationwide campaign for spinal health correction has officially kicked off.

Why does scoliosis tend to be diagnosed at an advanced stage and difficult to rectify?

Scoliosis is highly insidious. Children feel no pain or discomfort, and they cannot see their own backs in the mirror, so there are barely any obvious symptoms in the early stages. By the time parents notice uneven shoulder height or a protruding back with the naked eye, the optimal window for intervention has often been missed.
What makes the situation even more challenging is that traditional screening and rehabilitation methods have numerous limitations.
In the past, many schools relied on paper forms, manual measurements and visual observation for screening. These approaches are inefficient and prone to large errors. Screeners also had to carry bulky equipment such as computers and trolleys. Screening at a single school would often take several days, and data statistics were extremely cumbersome.
When it comes to assessment, simply identifying the presence of scoliosis is far from enough. Scoliosis is often accompanied by a host of associated problems, including forward head posture, rounded shoulders, pelvic tilt, knock knees, bow legs and flat feet. Without systematic assessment of body posture and plantar pressure, it is impossible to develop targeted rehabilitation plans.
As for rehabilitation, traditional solutions fall into two categories. One is wearing bulky braces for 18 to 22 hours a day, which takes a heavy toll on children both physically and mentally. The other requires frequent hospital visits for rehabilitation training, resulting in high time costs and poor treatment compliance. In severe cases, patients may even face the risk of major surgery.
Is there a more efficient, accurate and widely applicable solution?

Yufeng Medical: One-stop Solution for Adolescent Scoliosis
Against this backdrop, Yufeng Medical has integrated five major systems — intelligent screening, posture analysis, plantar pressure analysis, gait analysis and whole-body vibration training. We have developed a professional full-process solution covering screening, assessment and training, which is now adopted by an increasing number of hospitals, schools and physical examination centers.
Intelligent Scoliosis Screening System — Go Digital, Say Goodbye to Manual Work
What are the biggest drawbacks of traditional screening methods? Slow workflow, messy records and frequent errors.
Powered by cloud computing and big data technologies, our intelligent scoliosis screening system works with a smart digital scoliometer weighing merely 400 grams, enabling fully paperless and digital screening.
Paperless Operation: Schools can import student information into the backend via Excel in advance, so no manual forms are needed during on-site screening.
Dual Screening Modes: It supports sequential screening following name lists and random screening with on-site data entry, ensuring accurate information matching even in busy and noisy environments.
Easy to Deploy: Screeners only need a handheld device and a computer. No complicated equipment is required, and a single operator can finish mass screening efficiently.
Intelligent Data Analysis: The backend automatically generates individual screening profiles and analytical reports, delivering solid big data support for schools, disease control authorities and research institutions.
Screening work that used to take several days for an entire school can now be completed in half a day. All data is automatically archived without manual compilation.

Intelligent Posture Analysis System — AI-powered Precise Assessment to Detect Hidden Problems
Scoliosis never occurs in isolation. Postural issues such as uneven shoulders, pelvic tilt, forward head posture and knee hyperextension often interact and exacerbate one another.
Built on a million-level database and AI algorithms, Yufeng Medical’s intelligent posture analysis system captures human biometric data via a computer camera. It rapidly and accurately locates key skeletal landmarks, and automatically identifies a full range of problems including:
forward head posture, rounded shoulders, uneven shoulder height, anterior/posterior/lateral pelvic tilt, spinal malalignment, bow legs, knock knees and knee hyperextension.
The system features extremely simple operation and generates reports instantly. All results can be saved, compared and tracked over time. It plays an irreplaceable role in developing personalized rehabilitation plans and evaluating rehabilitation outcomes.

Plantar Pressure Analysis System — Identify Root Causes from the Feet
Many parents are unaware that scoliosis is closely linked to foot disorders. Flat feet, high arches and unbalanced pressure between the left and right feet will exert upward impacts on the pelvis and spine through the biomechanical chain.
Equipped with aerospace-grade high-sensitivity array sensors arranged in a grid matrix, Yufeng’s plantar pressure analysis system accurately collects the following data:
Static plantar pressure distribution
Shifts of the Center of Pressure (COP) during single-leg standing
Force comparison between forefoot and hindfoot areas
Foot arch classification
Body stability assessment
The device is easy to operate, and the generated reports deliver clear and straightforward results. Even parents can easily figure out foot problems affecting their children.

Intelligent Walkway Gait Analysis System — Uncover Hidden Issues in Movement
Many parents do not realize that scoliosis is closely associated with foot problems. Flat feet, high arches and uneven pressure between the two feet will transmit impacts upward along the biomechanical chain to the pelvis and spine.
Static assessment alone is insufficient, and dynamic gait analysis is equally vital. How do the spine, pelvis and lower limbs coordinate as children walk? At which phase of the gait cycle do abnormalities occur?
This intelligent walkway gait analysis system is also fitted with aerospace-grade array sensors, enabling the collection of both static plantar pressure and dynamic gait data. Compatible with Windows PCs and cloud-based Android systems, it generates multi-dimensional parameters including plantar pressure distribution, walking patterns, gait phase analysis and stability evaluation.
The intuitive reports provide solid dynamic data to guide targeted rehabilitation training.

Whole-Body Vibration Training System — The Core Cutting-Edge Technology for Scientific Correction
The four preceding modules deliver accurate assessment. When it comes to rehabilitation training, the key lies in finding an efficient approach to correct spinal deformities in children.
Yufeng Medical’s whole-body vibration training system adopts an alternating left-right tilting motion mode, which differentiates it from conventional vertical vibration platforms on the market. This well-designed mechanism mimics the natural gait where the pelvis tilts alternately during walking, yet operates at a higher frequency with superior controllability.
Simplified Working Principle
Children stand on the vibration platform, which tilts and vibrates side to side alternately. When the vibration frequency exceeds 12 Hz, voluntary muscle contraction shifts to physiological stretch reflex — a highly efficient muscle activation pattern that requires no conscious control from the brain. This stretch reflex delivers the following benefits:
Activates muscle groups sequentially from the lower limbs up to the trunk
Improves coordination among muscles
Remarkably boosts blood circulation in the lower limbs and the entire body
Accelerates metabolism
Specific Applications in Adolescent Scoliosis Treatment
Muscle relaxation: Serves as an effective warm-up to relieve tight muscles around the spine.
Core muscle strengthening: Vibration stimulates deep stabilizing muscles, forming a natural protective support for the spine.
Spinal facet joint adjustment: Rhythmic vibration helps realign dislocated facet joints.
Scoliosis correction: Targeted postures combined with vibration help reduce the Cobb angle.
Enhanced spinal rotation accuracy: Improves three-dimensional spinal mobility.
Proprioception training: Strengthens the body’s self-regulation and self-protection capabilities.
Precise regulation of three-dimensional spinal movement: Enables personalized training by adjusting frequency, amplitude and postures.

International studies have confirmed that whole-body vibration training combined with targeted rehabilitation exercises can significantly improve the Angle of Trunk Rotation (ATR) and coronal plane balance in adolescents with idiopathic scoliosis. Unlike traditional rehabilitation that requires frequent hospital visits, this system can be deployed in hospital rehabilitation departments, physical examination centers, school health rooms and other settings under professional guidance. It ensures therapeutic effects while greatly reducing the burden on children and their families.
Why is a closed-loop solution from screening to rehabilitation essential?
The prevention and treatment of scoliosis cannot be accomplished by a single procedure alone.
Without accurate screening, numerous early-stage cases will be missed.
Without systematic posture and plantar pressure assessment, associated problems such as uneven shoulders, pelvic tilt and flat feet cannot be identified.
Without scientific training equipment, parents have no choice but to opt for braces or surgery.
Yufeng Medical delivers a full-process closed-loop solution. The intelligent screening system quickly identifies at-risk groups; posture analysis, plantar pressure testing and gait analysis pinpoint underlying issues; and the whole-body vibration training system provides scientific intervention. This solution has been piloted in hospitals and schools across multiple regions, effectively boosting screening efficiency and rehabilitation compliance.

“Correcting scoliosis is a race against time.” Ages 12 to 14 mark the second major growth spurt of the human body, also known as the golden period for correction. Without timely intervention, the degree of spinal curvature may worsen rapidly during adolescence.
From the joint policy issued by 13 national authorities, to the full rollout of on-campus screening across the country, and to one-stop solutions provided by professional institutions like Yufeng Medical — the prevention and management of adolescent scoliosis in China is stepping away from manual operations and fragmented intervention, and entering a new era featuring intelligence, precision and systematic care.
The spine supports children’s bodies, and also gives them the confidence to stand tall and embrace the future. May every child receive early detection, assessment and correction, so they can hold their backs straight and grow towards the light.

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