Weiss Robotics GmbH & Co. KG

Address:

Karl-Heinrich-Käferle-Str. 8
D-71640 Ludwigsburg
Germany

Contact:

Julian Schill
phone: +49 7141 94702-0
email: office@weiss-robotics.com
www.weiss-robotics.com

Year of foundation:

2008

Number of employees:

9

Keywords:

grippers, force-torque sensors, tactile sensors, service robotics, industry 4.0

Company profile:

Weiss Robotics develops and produces highly integrated, mechatronic solutions for the automation industry and research. The strength of Weiss Robotics is the consequent combination of the latest technologies from mechanics, electronics and software design to innovative products, which allow to accomplish highly demanding tasks in automation and research.

Products and services:

The product portfolio covers the areas of gripping, tactile sensing and force/torque sensing

We offer a range of mechatronic gripping modules for demanding automation tasks, which combine high quality mechanics with network-enabled control units into powerful gripping modules with compact dimensions. This makes our gripping modules a perfect match for challenging tasks in robotics and automation.


The WTS series includes a range of intelligent tactile sensor modules with integrated signal processor, which was specifically designed for the requirements in robotics and handling technology. Despite the fully encapsulated design and its rugged construction, the WTS sensor modules feature a highly sensitive sensor matrix that allows a precise detection of very light contact forces.


The KMS 40 is a high performance six-axis force/torque sensor with fully integrated data acquisition and processing. For a simple integration into robotic applications, the KMS 40 has a built-in Ethernet interface and comes factory calibrated, providing its measurement data directly in SI units for all six load components. Its compact dimensions, the generous centre hole as well as the ISO robot flange on both sides make the KMS 40 easy to integrate in various applications. The measurement range of 120 N and 3 Nm makes it a perfect fit for service robotics, small industrial robots and human-robot collaboration.