AMRs, or Autonomous Mobile Robots, are not your typical robots. They are self-driving, able to navigate their surroundings without a fixed path or direct human control. Their use of sensors, cameras, and artificial intelligence to understand their environment and move around with unparalleled precision and efficiency sets them apart. This unique capability makes them a valuable tool in various industries, particularly logistics and manufacturing. 
Several trends in AMR development fuel the need for more testing and measurement across various stages of the AMR lifecycle. The use of load cells, torque transducers, multi-axis sensors, instrumentation and wireless systems are on the rise, playing a pivotal role in AMR development and deployment. AMR applications will expand beyond logistics and manufacturing, venturing into healthcare, agriculture, and retail sectors. Specialised AMRs designed for specific tasks within an industry, like disinfection robots in healthcare or shelf-stocking robots in retail, are rising. AMR Applications Using Interface Solutions- Gripping Calibration and Safe Object Grasping
- Load Capacity Testing
- Package Weighing
- Center of Gravity (CoG) Detection
- Payload Analysis
- Docking and Alignment
- Overload Detection and Prevention
- Lifting and Stacking Tasks
- Conveyor Belt Integration
- Ramp and Slope Navigation
- Battery Performance Testing
- Long-Term Performance Monitoring
Autonomous Mobile Robots - Interface Products Used for Design, Testing, Manufacturing and Monitoring
Interface Load Cells are being used to measure weight and force. AMRs equipped with our Mini Load Cells can precisely determine the weight of objects they’re carrying. This information is crucial for ensuring the AMR is not overloaded and avoids tipping or damaging itself or its surroundings. Multi-Axis Sensors are valuable when more data can help make better decisions for the Autonomous Mobile Robots use. Force data in robotics that have continuous movements often need precision to ensure safety and protect the robot. The data from a 3-axis or 6-axis data is best for complex engineering and data analysis. For example, AMRs can help with inventory control and tracking. Interface load cells are also valuable for knowing the exact weight of transported items. Interface Torque Transducers provide valuable measurement output, which is helpful for AMRs with functions that involve grasping, lifting, and navigation. By measuring the torque applied to a robotic arm, the AMR can ensure a firm but gentle grip on objects it’s handling, preventing damage or dropping. In some cases, AMRs might use torque sensors on their wheels to detect variations in terrain or resistance, helping them navigate uneven surfaces or avoid obstacles. By continuously testing and measuring performance through various sensors, developers can ensure Autonomous Mobile Robots are safe, reliable, and adaptable to real-world scenarios, paving the way for wider adoption of this technology. Overall, the future of Autonomous Mobile Robots promises a more automated, efficient, and intelligent future for various industries. As technology evolves, AMRs will increasingly significantly transform work processes and create a more collaborative working environment. This requires a strong partner in that understands how sensor technologies support testing, measurement and performance monitoring. Contact us to learn more about Interface solutions.Industrial Automation
The high performance you’ve come to know and trust from Interface products are advancing industrial automation. Interface provides sensor technologies that support the growing requirements in manufacturing today. Our robust solutions are designed to drive productivity, efficiencies, and safety.
Robotics and Automation - find out more
- Watch our video "Robust growth in the robotic revolution"
- Read about the 6A Series 6-Axis Standard Capacity Load Cells -
- See product BX8-HD44 BlueDAQ Series Data Acquisition System for Multi-Axis Sensors with Lab Enclosure.
- Application note: Cobot Arm.
- Blog: Advancement in Robotics.
- Read application note "Radiosurgery Robot".
- Contact us using the Next Steps links below to learn more about how we are helping customers with real-time monitoring.
