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Fixed 3D Force Plate
KWF9060-10K
Our professional-grade high-precision dynamic measurement device, widely used in biomechanics research, rehabilitation assessment and industrial robotics testing. It accurately captures X/Y/Z triaxial force and torque and other kinetic metrics.
Built with a of high-rigidity lightweight construction, it incorporates four built-in high-precision force sensors and an integrated high-performance data acquisition system, ensuring high structural stiffness and excellent stability in fixed installations. The system supports dynamic testing across a wide frequency range and adapts to various complex movement senarios. Leveraging the superior performance of our force sensors, the product excels in sensitivity, accuracy and long-term stability, making it an ideal tool for precision kinetics research.
Features
Compact Fixed Design
Compact and high-rigidity structure, it is suitable for laboratories and long-term fixed installations, It offers excellent anti-interference capability for high-frequency use, while maintains superior measurement performance over time.
High Load Capacity
Maximum range reaches 5,000 N (Fx, Fy direction) and 10,000 N (Fz direction). Suitable for high-load testing and widely applied in biomechanics, rehabilitation , industrial robotics and other fields.
Accurate Dynamic Measurement
Employs advanced 3D force decoupling technology, combined with high-frequency data acquisition to accurately capture the full spectrum of biomechanics metrics from static load to dynamic impact, meeting stringent requirements for applications such as gait analysis and sports injury research.
Synchronized Multi-Point Acquisition
Supports connecting multiple force plates in series or parallel, enabling synchronized multi-point data acquisition for complex experimental settings and multi-point force distribution tests.
Precise Timing Control
Compatible with external device synchronization triggers to enhance temporal consistency across experimental phases. Ideal for applications requiring high-precision synchronization such as gait research and motion analysis.
We provide customized solutions from hardware configuration to software functionality., With specialized optimization tailored to user-specific requirements to ensure the equipment aligns perfectly with various research objectives.
Parameters
| size | mm | 900 x 600 |
| weight | Kg | 25 |
| thickness | mm | 100 |
| Crosstalk detection under three-dimensional joint synchronous loading | %FS | 0.5 |
| Maximum range Fx; Fy; Fz | N | 5000; 10000 |
| Overload capacity | %FS | 300 |
| Natural frequency fn(x, y); fn(z) | Hz | 500; 300 |
| 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 |
Introduction
KWinForce is a lightweight, core data acquisition tool designed for various users, operable without login to significantly lower the usage barrier and facilitate rapid deployment for basic experiments. Compatible with multiple Kunwei force plate models, it features intuitive device management and parameter setup, supports flexible multi-dimensional data display and dual-view mode switching, and allows one-click data saving and export to CSV and C3D standard formats for seamless third-party compatibility. Focused on stable and reliable data acquisition through a streamlined process, it is suitable for rapid force monitoring scenarios in fields like sports biomechanics and industrial assessment, providing users with an efficient and convenient data acquisition experience.
Application
