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Seven Terms

Seven Essential Terms in Force and Torque Measurement

Force and torque measurement rely on precise technical vocabulary. Load cell terms like side load, moment, and ultimate overload determine a sensor's accuracy, lifespan, and safety. Understanding seven terms can prevent failure, loss of testing data or protect the investments in measurement systems.
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.
AUTO TESTING TORQUE

Accelerating Advanced Automotive Testing Using Torque Transducers

Interface rotary and reaction torque transducers are selected for Automotive testing applications due to their accuracy, durability, capacity, and capabilities. Advanced torque transducers drive innovation and facilitate the transition from concept to production in the auto industry shift toward increasing motor performance, fuel-efficient designs, Electric Vehicles (EVs), advanced safety systems, and the integration of Autonomous Vehicle (AV) technologies.
Animatronics

Measuring Control in Animatronics and Entertainment Robotics

Animatronics is a dynamic field of entertainment that fuses puppetry, anatomy, mechatronics, and robotics. Behind the expansion of animatronics and entertainment robotics is the increasing demand for immersive, interactive experiences supported through high-accuracy force, torque, and weight measurements using Interface measurement solutions and sensor technologies.
Robotic Revolution Post

How Precision Sensors are Driving the Robotic Revolution

Interface measurement sensor technologies provide crucial data that enables robots to function correctly in various environments. Load cells, torque transducers, and multi-axis sensors act as the sense of touch, quality controller, articulation master, and fail-safe robot monitors in robotics. From industrial arms to mobile autonomous robots, Interface sensors are fundamental in design, test, and performance monitoring.
Types Of Testing Applications Part 1

Types of Testing Applications Using Load Cells

Interface details types of tests using load cells and force measurement solutions by different industries, including structural, tension, compression, torque, stress, strain, material and fatigue. Learn about how Interface's products support testing applications through examples from industry use cases in aerospace, energy, manufacturing, infrastructure, automotive and more.
Hydrofoil Technology Force Measurement

Hydrofoil Technology and Tank Testing with Force Measurement

Interface force measurement solutions are used in hydrofoil tank testing for developing and refining these wing-like structures. Tank testing provides invaluable data for enhancing hydrofoil performance by simulating real-world conditions in a controlled environment. Accurately measuring forces, torques, and weight enables engineers to optimize performance, ensure stability, and validate computational models, ultimately developing safer, more efficient, and higher-performing hydrofoil-equipped vessels.
INTERFACE 101 REACTION TORQUE

Reaction Torque 101

Interface reaction torque transducers offer exceptional measurement accuracy in static and low-rotation applications. A reaction torque transducer uses strain gage technology. These sensitive components deform slightly when subjected to torque. The static, stationary nature simplifies integration into test setups and existing systems. They are available in various configurations for diverse applications, including shaft, flange, and square drive.
Future Auto Performance Torque

The Future of Automotive Performance Requires Precise Torque Measurement

Interface torque transducers have a driving impact on the automotive industry. Torque sensors transform how automotive engineers design, test, and manufacture vehicles, leading to new inventions and improvements in driving dynamics and production. Interface torque transducers are used in testing brakes, powertrains, electric motors, batteries, fuel pumps and other critical performance and safety components.