Ihr kompetenter Partner in Steuerungstechnik, Messtechnik, Sonderbranddetektion und industrieller Wiederaufbereitung elektronischer Komponenten

GTE Industrieelektronik GmbH
Helmholtzstr. 21, 38-40
41747 Viersen, GERMANY
+49 (0)2162 - 3703 - 0


CBSF-75-Gripper stands for measuring static and dynamic crushing forces of collaborating robot grippers, developed according to ISO/TS 15066, ISO 10218-1, ISO 10218-2 and EN 415-10.
In the collaboration of human personnel and industrial robots without separating safety fences, the risk of potentially harmful collisions can’t be ruled out and has to be dealt with. For a safe operation of collaborative robot workplaces possible collision forces need to be tested and limited.
While other CoboSafe force transducers are able to evaluate impact forces between a robot arm and human personnel, the CBSF-75-Gripper was designed to measure static and dynamic crushing forces of the robot‘s gripper.
The measuring range of the CBSF-75-Gripper is limited to 300 N. The measuring system is equipped with a spring rate of 75 N/mm.

Pressure Distribution

The pressure distribution of the clamping force can be detected using pressure-sensitive Fujifilm Prescale films. For this purpose, the measuring surfaces of the device are fitted with damping elements and Prescale film blanks before measurement. The evaluation of the resulting forces, as well as the pressure distribution, subsequently allows for a biofideal and hence reliable evaluation of the safety of use.

Software-based Logging

CBSF-75-Gripper works autonomous; all recorded measurement graphs and values can be displayed using the internal command keys and the graphical LCD.

For comfortably analyzing and documenting the measurement data, CBSF-75-Gripper is equipped with a USB-interface. Using the available PC-Evaluation-Software CoboSafe-Vision, the data can be transferred to a Windows PC.

The CoboSafe-Vision software visualises the measured force curves and pressure images. It calculates and determines the values for the transient and quasi-static forces, and for the maximum pressure value. An assessment of the pressure image is possible by means of the two and three-dimensional representation, as well as by using the filters. An individual reporting option is also intended, such as csv-export output.

Further Information

For more information or a personal consultation please contact us on info@gte.de

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