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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

$649

Made to order · price and lead time confirmed by our team after you order

Model

View all models & specs

Choose a specific model from the selection table first

Model selection table

The series is graded by diameter and rated range. Models on sale can be selected and ordered on this page; for the others, request a quote and our team confirms lead time and pricing.

ModelDiameter (mm)Rated range Fz (N)Typical fitHow to order
M6F-D045-25045150Humanoid Robots · Wrist
M6F-D045-50045300Humanoid Robots · Wrist, Collaborative Robots · Arm end effector
M6F-D055-10055100Collaborative Robots · Arm end effectorContact sales
M6F-D055-20055200Collaborative Robots · Arm end effectorContact sales
M6F-D055-60055600Collaborative Robots · Arm end effector, Industrial Robots · Arm end effectorContact sales
M6F-D075-20075200Collaborative Robots · Arm end effectorContact sales
M6F-D075-70075700Collaborative Robots · Arm end effector, Industrial Robots · Arm end effectorContact sales
M6F-D075-1K751000Humanoid Robots · Ankle, Collaborative Robots · Arm end effector, Industrial Robots · Arm end effectorContact sales
M6F-D075-3K753000Humanoid Robots · Ankle, Collaborative Robots · Arm end effector, Industrial Robots · Arm end effectorContact sales
M6F-D095-80095800Industrial Robots · Arm end effectorContact sales
M6F-D095-2K952000Industrial Robots · Arm end effectorContact sales
M6F-D115-1K1151000Industrial Robots · Arm end effectorContact sales
M6F-D115-2K1152000Industrial Robots · Arm end effectorContact sales
M6F-D135-2.5K1352500Industrial Robots · Arm end effectorContact sales
M6F-D135-4K1354000Industrial Robots · Arm end effectorContact sales
M6F-D175-1K1751000Industrial Robots · Arm end effectorContact sales
M6F-D175-3K1753000Industrial Robots · Arm end effectorContact sales
M6F-D175-10K17510000Industrial Robots · Arm end effectorContact sales

Ordering & supply

How ordering works

  1. 01Pick the model and quantity, submit the order
  2. 02Sales confirms the amount and lead time, and emails payment instructions
  3. 03Pay by corporate bank transfer; we confirm receipt
  4. 04We arrange shipment and email the tracking number
Supply mode
Made to order
Lead time
Confirmed by our sales team after you order, notified by email
Payment
Corporate bank transfer; pay after sales confirms the amount
Shipping
Shipped after payment is confirmed as received; tracking number by email

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

Models & drawings

Full 3D models (STEP) and dimensional drawings (PDF) — free to download.

  • M6F-D045 · Whitepaper (PDF, ZH)