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6dFT Motus™ Robot Joint 6-Axis Force Sensor
EULERModel · M6F-D075 / D095 / D125 / D155

6dFT Motus™ Robot Joint 6-Axis Force Sensor

Series models:M6F-D075M6F-D095M6F-D125M6F-D155

¥5,999

Market reference price (CNY)

Made to order · lead time confirmed after ordering

Overview

A core force-feedback component for embodied-intelligence, collaborative and industrial robots, built for fine control at the robot end-effector. It synchronously measures multi-axis forces and moments in the spatial Cartesian frame. Multiple selectable measurement ranges adapt to different task scenarios. Built-in intelligent algorithms keep inter-axis coupling, thermal drift and time drift low, so tuning and maintenance work stays minimal.

Features

  • Synchronous measurement of multi-axis forces and moments in the spatial Cartesian frame
  • Multiple selectable measurement ranges adapt to different task scenarios
  • Built-in intelligent algorithms for low inter-axis coupling and low thermal / time drift
  • Little tuning and maintenance work required

Applications

  • Embodied-intelligence robots
  • Collaborative robots
  • Industrial robots
  • End-effector fine control

Specifications

ParameterSpecification
Sensor materialStainless-steel body + aluminium-alloy housing
Sensor typeResistive strain-gauge
Fz range (N)500~4000
Fxy range (N)250~2000
Mz range (Nm)20~120
Mxy range (Nm)8~60
Overload rating (%)150~1200
Non-linearity (%F.S)<0.1~<0.5
Repeatability (%F.S)<0.1~<0.5
Thermal drift (%F.S)<0.2~<1.6
Zero drift (%F.S)<0.1~<0.8
Signal-acquisition boardBuilt into the sensor body
Communication interfaceTypeC+4P serial port (customizable)
Power supplyDC5V 500mA
Digital resolution24-bit ADC
Sampling frequency100~2000Hz
FilteringIIR 1000Hz low-pass + 50Hz mains-frequency notch
Built-in algorithmsDecoupling, zeroing, compensation, data fusion, self-diagnosis