Integration for Robot Hand & Grippers
At booth 623, we will be presenting our uSkin sensors integrated with a wide range of robotic hands and grippers. Demonstrating how our tactile sensing technology can be seamlessly integrated to different robotic systems, whether you need delicate handling, adaptability to irregular objects, or improved precision in a wide variety of tasks.
Below are the robot hands and grippers featured at RoboBusiness 2024:
- Allegro Hand from Wonik Robotics
- F2-140 from ROBOTIQ
- Hand-E from ROBOTIQ
- WSG50 from Weiss Robotics
- Leap Hand developed by Carnegie Mellon University
- Multibend from XELA Robotics
Through these integrations, we hope to illustrate the flexibility of our tactile sensing technology and how it can be effectively applied to enhance the performance of various robotic systems from different manufacturers.
If you are exploring tactile sensing solutions and wondering if it fits your particular use case, we would be happy to discuss your requirements and answer your questions in detail.
Live Demonstrations: Slip Detection & Force Calibration
We will also be conducting two live demonstrations to give attendees a closer look at the practical use of our technology:
- ROBOTIQ F2-140 with Slip Detection: This demonstration will focus on slip detection, showing how our sensors help maintain a stable grip with the ROBOTIQ F2-140. This demonstrates how adaptive grip can be achieved.
- uSPa 44 with Force Calibration Demo: The force calibration demo aims to show how our uSkin Sensors help manage the right amount of force for different tasks. An important aspect, particularly for careful handling and consistent results.
Booth 623: Let's Find Solutions Together
We invite you to visit us at booth 623 at RoboBusiness, taking place from October 16th to 17th, 2024. Our team will be on hand to explore your specific challenges, answer any questions, and discuss how our tactile sensing technology could be the right fit for your applications.
Thank you, and we look forward to seeing you there!
