Biomechanical Research-Kunwei Sports Technology (Shanghai) Co., Ltd.

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Portable digital 3D force platform

KWF8040-10K

A professional-grade high-precision dynamic measurement device, used in biomechanics research, rehabilitation medicine assessment and industrial robot testing, and can accurately measure dynamic indicators such as X/Y/Z triaxial force and torque.

High rigidity and lightweight structure, built-in 4 high-precision force sensors, and integrated high-performance data acquisition system, ensure the high rigidity of the overall structure and excellent stability of fixed installation.Supports dynamic testing in a wide frequency range and adapts to a variety of complex motion scenarios.Relying on the excellent performance of force sensors, the product performs well in sensitivity, accuracy and long-term stability, and is an ideal device for precision dynamics research.

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Features
Parameters
Introduction
Application
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Features

Universal fixed design
The universal size and high rigidity structure are suitable for laboratories and long-term fixed use. Fixed installation has excellent anti-interference ability, supports high-frequency experimental use, and maintains excellent measurement performance for a long time.
Excellent load-bearing capacity
The maximum range reaches 5000 N (Fx, Fy direction) and 10000 N (Fz direction), which is suitable for high load testing and is widely used in biomechanics, rehabilitation medicine, industrial robots and other fields.
Accurate dynamic measurement
The use of advanced three-dimensional force decoupling technology, combined with high-frequency data acquisition, can accurately capture the full spectrum of mechanical characteristics from static load to dynamic impact, meeting the stringent requirements of mechanical analysis such as gait analysis and sports injury research.
Synchronous linkage acquisition
It supports multiple force platforms connected in series or in parallel, enabling multi-point synchronous data acquisition and adapting to complex experimental settings and multi-point mechanical distribution tests.
Precise timing control
Compatible with the synchronization trigger function of external devices to improve the timing consistency of each link of the experiment. It is suitable for scenarios with high-precision synchronization requirements such as gait research and motion analysis.
Customized service
Provide personalized customization services from hardware configuration to software functions, flexibly adjust system parameters according to user's special needs, and ensure that the equipment is suitable for various research objectives and experimental scenarios

Parameters

size	mm	800 x 400
weight	Kg	twenty one
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	700; 700
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

The force plate acquisition software (KWinForce) is a lightweight core data acquisition tool for all types of users. It can be operated without logging in, which greatly reduces the threshold for use and facilitates rapid deployment and basic experiments. The software is compatible with various models of three-dimensional force plates. The equipment management and parameter settings are intuitive and simple. It supports flexible display of multi-dimensional data and dual-view mode switching. It can save data and export CSV and C3D standard formats with one click, achieving seamless compatibility with third-party tools. It focuses on stable and reliable data acquisition services with streamlined processes. It is suitable for rapid force monitoring scenarios in the fields of sports biomechanics, industrial testing, etc., providing users with efficient and convenient data acquisition experience.

Application