Yufeng Medical Cordially Invites You | 2026 International Academic Conference on Pediatric Rehabilitation, Cerebral Palsy and Autism

01 Conference Schedule
July 1–5, 2026
Wednesday, July 1: Registration for Training Workshop
Thursday, July 2: Training Workshop
Friday, July 3: Conference Registration, Training Workshop, Special Committee Working Meeting
Saturday, July 4: Opening Ceremony, Keynote Forum, Sub-forums
Sunday, July 5: Sub-forums, Closing Ceremony
02 Venue
Jinjiang International Hotel Xi’an
Address: No.6 West Ouya Avenue, Chanba Ecological District, Weiyang District, Xi’an City, Shaanxi Province
03 Conference Agenda

Exhibited Products of Yufeng Medical

Intelligent Scoliosis Screening System

Adopting cloud computing and big data technologies, integrated with sports biomechanics and ergonomics, this system integrates measurement, assessment and user management as a whole. It realizes multi-terminal collaborative operation among testing terminals, screening terminals and the management back-end, greatly boosting screening efficiency and accuracy.
Equipped with diversified screening functions of the intelligent electronic scoliosis ruler, the system supports both ordered and unordered screening for subjects.
For ordered screening: Subjects are sorted by names or other information to implement assembly-line screening.
For unordered screening: Operators can start screening right after entering the subject’s basic information.
No manual palpation or traditional scoliosis rulers are required throughout the whole process. It can accurately match each subject with their screening reports even in noisy and chaotic screening scenarios, delivering intelligent and high-efficiency performance.
Paperless Screening
Eliminate cumbersome traditional workflows including filling out paper screening forms, manual measurements and artificial data statistics, and realize full-electronic scoliosis screening.
Screening administrators may import subject information via Excel in advance, and all data will be synchronized to the back-end system. Screening staff carry the handheld testing device into campuses to conduct spinal health screenings; screening results are instantly uploaded to the back-end statistical system and user client, achieving complete paperless operation.
Multi-mode Screening
The versatile intelligent electronic scoliosis ruler enables two screening modes: ordered screening and unordered screening.
In ordered screening, subjects are arranged by name, student ID and other identifiers for streamlined batch testing.
In unordered screening, screening can be launched immediately after inputting subject information into the electronic ruler.
Manual palpation and conventional scoliosis rulers are no longer needed. The system accurately pairs subjects with their screening results amid chaotic on-site conditions for smart, efficient screening.
Portable Screening
The screening device weighs only 400 grams. Each screener only needs to carry one handheld unit for campus screening, with no extra heavy equipment such as laptops or trolleys required to finish mass screenings.
One unified back-end platform can connect multiple electronic rulers simultaneously to support parallel screening and automatic data aggregation, enabling highly efficient large-scale screening.

Intelligent Posture Analysis System

Based on the core concepts of holistic health and preventive medicine, the system relies on a million-level health database, integrates artificial intelligence, cloud computing and big data technologies, and combines sports biomechanics, ergonomics and clinical medical principles. It is an all-in-one physical assessment tool integrating measurement, evaluation, screening and customer management.
The system is empowered by four core modules:
Posture Assessment
Accurately identify bony landmarks and conduct comprehensive evaluation of the head, neck, shoulders, pelvis, lower limbs and other body parts.
Scoliosis Screening
Adopt the Adams forward bend test to precisely measure thoracic and lumbar ATR angles for efficient screening of scoliosis risks.
Joint Assessment
Offer full-coverage, multi-dimensional detection of active Range of Motion (ROM).
Scale Evaluation
Built-in commonly used clinical scales. Combined with objective data for comprehensive analysis, the assessment results are more applicable to clinical medical scenarios.

Plantar Pressure Analysis System

Equipped with massive aerospace-grade array high-sensitivity sensors arranged in a fence matrix layout, the system is backed by medical and motion analysis algorithms and can generate multiple parameters including plantar pressure distribution and arch classification. The device features user-friendly operation and easy-to-interpret assessment reports.
Precise Static Plantar Pressure Data Collection
It monitors the shift of COP (Center of Pressure) during single-leg standing, compares force bearing between forefoot and hindfoot regions, identifies foot arch types, and analyzes bodily stability.

Intelligent Treadmill Gait Analysis System

Equipped with massive aerospace-grade array high-sensitivity sensors in a fence matrix layout, the system is driven by medical and motion analysis algorithms. It generates multiple assessment parameters including plantar pressure distribution, foot arch classification, walking patterns, gait phases and stability analysis. The device is easy to operate with intuitive, readable evaluation reports.
Intelligent Walkway – Capture Static Plantar Pressure & Dynamic Gait Data
Compatible with multiple operating systems: local Windows PC systems and cloud-based Android systems. Static and dynamic test data can be accessed for report viewing.

Chiropractic Table

The chiropractic drop table is a professional supine spinal correction device, mainly applied for manual spinal therapy. It can also be used for manual manipulation of other body parts such as the pelvis.
Height-adjustable Tabletop
Raise the table for pre-adjustment spinal massage, relaxation and physical examination. Lower it to facilitate force application during spinal correction procedures.
Full Coverage Design
Equipped with six-section drop release mechanisms covering the head, cervical spine, thoracic spine, lumbar spine, pelvis and lower extremities.
Safe Operation
Fitted with a directional, quantitative and fixed-point impulse release device.
Product Functions
Assists practitioners in pelvic manipulation and corrective adjustments for other body regions.

Traction Table

The traction table relieves tension in soft tissues surrounding the spine. Patients with scoliosis commonly suffer from unbalanced tension in bilateral soft tissues including muscles and ligaments, with one side overly tight and the other relatively loose. By applying continuous or intermittent traction force to the spine, the traction table stretches tight muscles and ligaments, alleviates soft tissue spasms, and eases pain and discomfort caused by muscular tension.
It assists in correcting scoliosis curvature. For patients with mild to moderate scoliosis, under the guidance of professional physicians, combined traction table therapy and bracing correction can exert corrective force on the scoliotic spine, slow down the progression of curvature, and even reduce the curvature angle to a certain extent. The traction table delivers sustained biomechanically compliant corrective force to the spine to boost overall correction outcomes.
Additionally, it improves patients’ body posture and balance. Scoliosis triggers abnormal postural presentations such as uneven shoulder height and pelvic tilt, which further impair bodily balance. Traction table treatment helps realign spinal force lines to gradually normalize posture. Meanwhile, it strengthens the strength and coordination of perispinal muscles, enhances patients’ physical balance, and lowers risks like falls resulting from imbalance.

Pediatric Rehabilitation Vibration Trainer System

The vibration training device adopts an alternating left-right tilting motion pattern designed based on human walking gait. It induces alternating tilting movements of the bilateral pelvis, which mimics the pelvic sway during walking but operates at a much faster speed. Consequently, all muscle groups of the legs and trunk respond alternately left and right to counteract the rhythmic side-to-side motion. As the vibration frequency rises, the muscular contraction patterns used for stabilization change accordingly.
When the vibration frequency exceeds 12 Hz, voluntary muscle contractions shift to physiological stretch reflexes. Contractile movements triggered by such reflexes better train intermuscular coordination, activate all muscle groups spanning from the distal lower extremities to the trunk, markedly boost blood circulation throughout the body—especially in the legs—and accelerate metabolism.
The system supports adjustable frequency, amplitude and training postures. Via muscular stretch reflex training, it improves muscle strength, muscle function, balance and coordination across all body regions.