2026 | Professional

MUSE Design Awards Silver Winner

Ergonomic Lumbar Support Belt

Entrant

Chongqing Qing Er Technology Company Limited

Category

Product Design - Medical Devices

Client's Name

-

Country / Region

Gallery

About The Entry

This design presents a rigorously ergonomic lumbar support belt, grounded in spinal biomechanics principles, that delivers highly reliable anatomical spinal support. Crafted from premium, durable materials and engineered for hassle-free daily use, it achieves an optimal balance between targeted pain-relieving functionality and all-day wearing comfort, causing no chafing, restriction or discomfort even after hours of continuous wear.

Specially developed for users with lumbar disc conditions, the belt’s tailored contour and dual-strap system strictly follow ergonomic principles to provide stable bracing and a body-hugging, form-fitting profile that effectively alleviates lumbar discomfort. When worn during prolonged seated work or heavy lifting tasks, it effectively stabilizes the lower back, reduces intradiscal pressure and helps prevent acute episodes of lumbar disc herniation. Its fully adjustable fit and skin-friendly breathable fabric further guarantee lasting comfort and air permeability throughout extended daily wear.

Constructed from high-stretch fabric with excellent moisture-wicking properties, the belt features an innovative 3D crab-shaped structure that fits snugly to the natural waistline and assists the rectus abdominis muscle in core force generation. A curved titanium alloy support plate conforms precisely to the physiological lumbar curvature to maintain proper spinal alignment; two parallel rigid support strips provide 45-degree oblique bracing for enhanced lateral stability. The integrated U-shaped silicone pad, embedded with raised pressure nodules, delivers targeted stimulation precisely to the L5-S1 trigger points. The upper strap distributes even compression across the mid-lumbar region, while the lower strap specifically reinforces the L5-S1 segment to compensate for the common deficiency of lower lumbar support. These layered structural components work in synergy to relieve paraspinal muscle tension and support steady lumbar rehabilitation.

Credits

Moyu Xia
Hao Zhang
Yong Guo
Gangrou Liu
Jinxu Chen
Shilong Zheng
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