Robotic grip force measurement

Measure 6 robotics components

Customer

Designers and users of industrial robots

Problem

To improve the precision of the grip in effort and position.

Solution

The use of 6-axis force transducers such as the K6D80 improves the performance, reliability and flexibility of industrial robots by providing a dual position and force control loop.

The force/torque sensor (4) is mounted between the robot (1) via flange (2) and mounting plate (3), and to the articulated gripper (7) via measuring plate (5) and flange (6).

The high accuracy of the K6D80 sensor is achieved by the very rigid design, and an optimised calibration process.

Results and customer benefits

  • Significant improvement in gripping sensitivity and accuracy
  • Reduction of non-conformities and cycle times
  • Early detection of defects by force feedback
  • Drift measurement

Product selection

6-component force sensor

K6D40

6-axis force transducer - 50N/5Nm up to 500N/20Nm
3 forces + 3 torques sensor

K6D80

Sensor 3 forces + 3 torques - 500N to 5kN - 20 to 500 Nm
capteur de force 3 composantes

K3R110 - Fz+Mxy - Ø110 - 5kN - 100Nm

Capteur de force de 50 N à 100 Nm
Aquisition de mesure

GSV-8DS

8-channel analog amplifier and acquisition module
F6D45 - 6 axis force/torque transducer - 20N / 1Nm - robotics

F6D45

6 axis force/torque transducer - 20N / 1Nm - robotics
Force sensor

F6D80-40 / F6D80-40e

6 axis force/torque transducer - 200 N / 10 Nm to 600N / 30Nm - robotics
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