全球首个3D视觉+CBM 非裸背无辐射脊柱筛查设备  |  型号：BP-002（便携款）

一句话定位：无需脱衣、无辐射，30秒完成脊柱侧弯与不良体态大规模快速筛查，准确率提升至80%—90%。

一、产品概述

BP-002是智奕康自主研发的便携式脊柱健康与不良体态智能筛查设备，基于全球首个已商用的"3D视觉+CBM（Cobb角预测）模型"技术方案，专为中小学、社区及大规模流动筛查场景设计。用户身着日常衣物即可完成检测，单人筛查时间约30秒，无需X光、无需裸背、无辐射危害，隐私友好，适合大规模常规化部署。

二、核心技术优势

① CBM模型 — 全球首个且唯一商用

CBM模型通过对海量X光数据与骨关键点信息进行深度训练而成，是全球首个Cobb角预测模型（发明专利CN117274151A）。将普通3D视觉约50%的准确率跃升至80%—90%，从根本上解决了3D视觉方案"精度不足"的行业困境。

② 3D视觉 — 无辐射非裸背快速筛查

采用多角度3D视觉采集人体脊柱外观特征，配合三角测量原理还原空间姿态信息。无辐射、无需特殊环境，30秒/人，隐私友好，适合学校、机构大规模常态化使用。

③ 双重独创纠偏机制

• 视觉环境变量纠偏：摆脱依赖人体自身作为水平/垂直参考的局限，消除环境采集误差
• 体表变量纠偏：降低服装、肌肉、脂肪等软组织干扰，保障日常衣物下稳定检测

④ 关键骨性标志点识别精度国内领先

肩峰、大转子等关键点识别处于国内领先水平，为Cobb角精准推算提供可靠特征基础。

三、产品定位与适用场景

四、资质与知识产权

• 发明专利：CN117274151A（基于人工智能的视觉图像脊柱姿态分析方法）
• 实用新型：CN222584162U / CN222341194U / CN221520462U
• 软著：Posture 4.0.0（2025SR2308343）
• 资质：2023年苏州领军培育企业

五、已落地典型案例

• 河北省体育局 — 全省中小学筛查
• 华北理工大学 — 大学生体测
• Adidas·星能体育、君和中医连锁
• 天津医院

The World's First Commercial 3D Vision + CBM Scoliosis Screening Device — No Radiation, No Back-Exposure Required  |  Model: BP-002 (Portable Edition)

One-Line Pitch: AI-driven spinal screening in 30 seconds — no X-ray, no back-exposure, 80–90% accuracy, built on the world's first and only commercial CBM model.

Product Overview

BP-002 is a portable intelligent posture and scoliosis screening system developed by Suzhou ZiikMed. Powered by the world's first commercially deployed "3D Vision + CBM (Cobb Angle Prediction) Model," it is specifically designed for large-scale, non-invasive screening in schools, communities, and mobile health programs. Users are screened fully clothed in just 30 seconds per person — no radiation, no privacy concerns, ideal for routine deployment.

Core Technical Advantages

① CBM Model — World's First & Only Commercial Deployment

Trained on massive X-ray datasets and skeletal landmark data, the CBM (Cobb Angle Prediction) model is the world's first and only commercially operational Cobb angle prediction AI (Patent CN117274151A). It boosts standard 3D vision accuracy from ~50% to 80–90%, fundamentally solving the precision bottleneck that has limited 3D vision adoption in clinical-grade scoliosis screening.

② 3D Vision — Radiation-Free, Clothed Screening

Multi-angle 3D visual capture reconstructs spinal posture through triangulation. No X-ray, no darkroom, no special environment required. 30 seconds per person, privacy-preserving, suitable for large-scale routine screening.

③ Dual Proprietary Calibration Mechanisms

• Visual Environment Variable Correction: Eliminates dependency on the human body as a horizontal/vertical reference, removing environmental acquisition errors
• Body Surface Variable Correction: Reduces interference from clothing, muscle, and fat tissue, ensuring stable detection even with everyday attire

④ Industry-Leading Skeletal Landmark Recognition

Precision in identifying key bony landmarks (acromion, greater trochanter) ranks among the top in China, providing reliable feature extraction for accurate Cobb angle calculation.

Target Use Cases

IP & Certifications

• Invention Patent: CN117274151A (AI-based visual image spinal posture analysis)
• Utility Models: CN222584162U / CN222341194U / CN221520462U
• Software Copyright: Posture V4.0.0 (2025SR2308343)
• Status: 2023 Suzhou Leading Technology Enterprise

Deployed Cases

• Hebei Provincial Sports Bureau — Province-wide school screening
• North China University of Science and Technology — University fitness testing
• Adidas·Xingneng Sports, Junhe Traditional Chinese Medicine chain
• Tianjin Hospital