MDF12 3D Force Sensor, American Zhongkesel ZXSCELL

1、 MDF12 3D Force Sensor Product Introduction

Product brand: ZXSCELL, Zhongkesel, USA

Product Series: MDF12

Product type:Three dimensional force sensor

Product Features:

(1) High precision and strong resistance to bias load

(2) Protection level IP66

(3) Accept customized specifications

(4) Easy to install

(5) Suitable for precision control of robotic arms, surface grinding and polishing, precision carving of machining centers, and precision testing of medical equipment

Rated range:

X : 50/100/200/500/1000/2000/5000/10000/20000/30000N

Y : 50/100/200/500/1000/2000/5000/10000/20000/30000N

Z : 50/100/200/500/1000/2000/5000/10000/20000/30000N

2、 MDF12 3D Force Sensor Product Parameters

3、 MDF12 3D Force Sensor Product Image

4、 Expand Reading

A three-dimensional force sensor (also known as a three-axis force sensor or a three component force sensor) is a precision device that can simultaneously measure forces or moments in the three orthogonal directions of X, Y, and Z in three-dimensional space. It can perceive complete spatial force vector information, and its core function is to provide robots and automation equipment with a perception ability similar to human "touch". This type of sensor is particularly suitable for detecting three-dimensional contact forces on the legs of micro legged robots due to its lightweight, small size, simple structure, and strong decoupling characteristics, and can even be used as a component of the leg structure.

From a technological paradigm perspective, three-dimensional force sensing technology is undergoing a fundamental transformation from "rigid" to "flexible". Traditional sensors mainly rely on rigid substrates and complex mechanical structures. However, with the rise of flexible electronic technology, three-dimensional force sensors have broken the limitations of traditional rigid circuits. Flexible electronic devices are based on flexible or stretchable substrates, integrating large-area and large-scale different materials and functional components, achieving the characteristics of deformability, lightweight, and functional reconfigurability. This new paradigm expands the application areas of electronics, enabling seamless integration onto soft, movable, bendable, and even stretchable surfaces, thus adapting to dynamic environments such as wearable and soft robots.