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Torque Primer Banner 2

Interface Primer Dives Deep into Torque Measurement

Interface Torque Measurement Primer provides a comprehensive technical guide to navigate types of transducers, measurement calculations, intallation methods, accessories, mechanical considerations and environmental factors. Torque measurement can be simple or complex, and choosing the suitable transducer requires a deep understanding of your application’s needs. Torque Primer Review Part 2
Auto Racing Requires Precison

Engineering Peak Performance in Auto Racing Requires Precision Measurement

Interface load cells and torque transducers provide precision measurements in auto racing vehicle design, testing, and performance tracking. The data acquired through these sensors, like the AxialTQ, helps performance auto engineers optimize vehicle components, ensuring they perform at their best under the intense conditions of a race.
Load Cells Weighing

How Are Load Cells Used for Weighing?

Load cells support modern weighing systems. These transducers convert mechanical force (weight) into electrical signals that can be processed…
Heavy Machinery Case Study

Force Sensors in Heavy Machinery Boost Safety and Performance

Interface load cells, torque transducers and multi-axis sensors help prevent heavy machinery overloading, equipment failure, and accidents by providing real-time data on forces, loads, and structural integrity. Accurate measurements enable optimization of machine performance, fuel consumption, and material usage. Continuous monitoring of forces and loads allows for early detection of potential issues, minimizing downtime and repair costs in manufacturing, infrastructure, construction, agriculture, energy, natural resources and other industries.
INTERFACE 101 STRESS TESTING

Stress Testing 101

Interface load cells are used for stress tests to examine performance data and measure the tested object's reliability, durability, and ultimate strength. Stress testing evaluates the structural integrity of objects and equipment, often pushing them to their limits. This type of testing helps identify design weaknesses or flaws, ensuring that products and components can withstand the stresses they'll encounter in real-world use. Interface 101 Series
Design In Sensors

Practical Engineering Tips to Design In Sensors

Interface offers engineering tips to create intelligent solutions that adapt, optimize, and safeguard operations when designing in load cells, torque transducers, and multi-axis sensors into equipment, products, and components. The first step is define what you are trying to solve and why you need a measurement sensor in your design. Review 0 helpful questions to guide you in the discovery and solution definition stage.
LOAD CELL 501

Interface Load Cells 501 Materials and Process Control Testing Guide

Interface Load Cells 501 Guide is a technical resource for testing professionals and engineers. The reference explores advanced load cell applications, providing insights into material behavior under various loading conditions. The 501 Guide helps you make informed decisions about material suitability for various applications. Selecting the right load cell is vital. Understand the concept of fatigue-rated cells and the stringent design considerations behind them. Learn to differentiate between fatigue-rated and non-rated cells, ensuring you choose the most appropriate tool for the job.
IIOT Success

Measurement Solutions Advance Industrial IoT Success

Interface provides high-accuracy measurement solutions for Industrial IoT. Our Wireless Telemetry System (WTS) components drive adoption and innovation in IIoT, from cobot design to smart pallet inventory controls. Load cells, torque transducers, instrumentation, and DAQ systems evaluate force, torque, and weighing data to optimize IIoT in manufacturing, energy, agriculture, and other sectors.
INTERFACE TECH TALK Equalize Load Cells 1

Equalizing Load Cells in Multi-Cell Systems

Interface details steps for multi-cell systems, such as those used in large-scale weighing and force measurement applications, to ensure each load cell carries an equal portion of the load is critical for accuracy and reliability. Uneven loads can lead to inaccurate data, damage, and potential failure of the load cells.