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Designed specifically for evaluating hamstring muscle strength, this system features dual high-precision tension sensors and wireless Bluetooth connectivity. It simultaneously displays mechanical data from both hamstrings, providing bilateral comparison and comprehensive assessment. Ideal for clinical therapy, sports rehabilitation, athletic training, and scientific research applications.
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DownloadsDedicated App with bilingual interface for intuitive operation.
High-precision wireless tension sensors deliver accurate data via Bluetooth® with real-time display.
Professional analytics with exportable assessment reports.
Cloud synchronization enables automated data management.
| size | mm | 600 x 500 |
| weight | Kg | 12 |
| thickness | mm | 50 |
| Crosstalk detection under three-dimensional joint synchronous loading | %FS | 0.5 |
| Maximum range Fx, Fy, Fz | N | 2500、5000 |
| Overload capacity | %FS | 300 |
| Natural frequency fn(x, y), fn(z) | Hz | 300, 200 |
| Linearity | %FS | ≤±0.3 |
| Hysteresis | %FS | ≤0.3 |
| Accuracy | %FS | ≤0.3 |
| Sampling resolution | Bit | twenty four |
| Maximum sampling frequency | Hz | 2400 |
| Output Type | / | number |
| interface | / | Ethernet |
| Data Acquisition Card | / | built-in |
| Is there a synchronous trigger interface? | / | yes |
This system is specifically designed for hamstring biomechanical evaluation, incorporating dual-channel high-precision tension sensors that synchronize bilateral muscle mechanics data to the platform in real time via Bluetooth wireless technology.
The software dynamically captures force curves during both isometric and eccentric contractions, intelligently comparing bilateral metrics including mean force, peak torque, and muscle imbalance indices. It accurately quantifies three-dimensional force vector trajectories across at least five movements such as Nordic hamstring curls and razor deadlifts.
With its built-in professional analysis engine, the system automatically generates muscle strength progression reports and supports real-time training load monitoring alongside rehabilitation phase comparisons. All data syncs seamlessly to both local and cloud databases with one-click operation. Through its ergonomic data management system, the platform provides dynamic muscle strength analysis solutions for sports injury prevention, postoperative rehabilitation progress evaluation, and specialized training optimization.
