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Autonomous Navigation

Autonomous Navigation in High-Risk Environments Requires Accuracy in Sensing

Interface sensor technologies, including multi-axis, torque, and load cells, enable autonomous platforms to navigate subsea, industrial, and aerospace environments with precision. High-risk environments require sensors designed for hazardous, submersible, and extreme temperature conditions to ensure autonomous platforms perform reliably using accurate measurements.
Visualizing Force Application Library

Visualizing Force Solutions Through Our Diverse Application Library

Interface offers hundreds of application notes to explore by industry, use case, and sensor type. Force measurement application notes help you visualize what a sensor can do beyond the specifications and detail how it works. For engineers and testing professionals, the biggest hurdle isn’t often finding a sensor. It’s envisioning how that sensor will perform within a complex, real-world system of connected devices, structures, and analytics. Learn about app notes, top industry solutions, and get a copy of the latest Interface Applications Catalog.
Raw Signal To Intel Force Sensing

Raw Signals to Intelligent Force Sensing

Interface load cells, multi-axis sensors, and data acquisition systems are providing data for integrating artificial intelligence into force measurement systems. This represents a significant leap forward in precision, responsiveness, and reliability for these data use cases. The rise in use of strain gage outputs for AI is on the rise. The quality of the sensor is critical for these applications, and this is why Interface products are valuable for advanced analytics.
2025 Trending Articles

2025 Recap of Trending Interface Articles

Interface recaps the 2025 most-read InterfaceIQ articles, case studies, and technical deep-dives for the force measurement community and load cell users. The articles reflect the perfect balance of "Interface 101" fundamentals, sensor use cases, and industry-leading future-forward applications that defined the users of Interface's growing technical content library this past year.
NEW PRODUCTS WINTER 2025

Interface New Products Releases in Winter 2025

Interface's new product releases include calibration and lab testing tools, a new multi-axis sensor, new instrumentation, and additions to Interface Complete Systems. Test and measurement is moving toward high-velocity data, advanced analytics, digital protocols, and continuous feedback to support automation, robotics, miniaturized product designs, and innovation in the test lab. These new products support these trends.
2025 Year In Review

2025 Force Measurement Year in Review

Throughout 2025, Interface continues to see trends in digital transformation of the test lab, multi-axis sensors for advanced analytics, AI, and machine learning, new protocols, IO-Link load cells requirements, and adoption of new tools to use in high-production labs including our SimulatorECX and Load Cell Analyzer.
Assembly Blog

Assembly Excellence in Manufacturing

Measurement sensor data provides manufacturers with a real-time understanding of assembly processes such as job batching, mating, fastening, sorting, and weighing for quality control and efficiency management. Interface load cells, torque transducers, and multi-axis sensors used in manufacturing assembly processes ensure the correct force, weight, and pressure are applied at every step of advanced production lines, whether by human or robotic deployment.
Recycling And Reuse

Interface Sensors Support Efficiency Gains in Recycling and Reuse

Interface sensors help drive efficiency gains in recycling and reuse operations. Our load cells, torque transducers, and multi-axis sensors provide the measurement data needed to optimize recycling in water, waste, energy, and remanufacturing.

Tag Archive for: robotics

SearchandRescueRobot Graphic

Search and Rescue Robots

Interface suggests using multiple force sensors to test the search and rescue robot. The robot's wheel torque can be measured using a T14 Slip-Ring Shaft Style Rotary Torque Transducer, installed inside of the robot's wheel alongside the motor. Two ConvexBT Load Button Load Cells are used in the grips of the robotic arm to measure the amount pressure being applied.