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Tension Load Link Systems

Tension Load Link Systems and Applications

Interface tension link load cells are specialized force sensors designed to measure tensile or "pulling" forces. Tension load links are frequently used in demanding environments, including nearshore and offshore areas, which require certifications for hazardous locations. They're designed for lifting, weighing, mooring, towing, as well as tension testing and monitoring applications, and are used in marine, aerospace, manufacturing, construction, and logistics industries.
Structural Testing

Structural Testing with Interface Force Measurement Solutions

Structural testing is a vital practice in modern engineering, providing essential data for design improvement, ensuring compliance with industry…
Force Stress And Strain Measurement

Core Measurement Fundamentals of Force, Stress, and Strain

Understanding differences in measuring force, stress, and strain, and how Interface's load cells accurately measure changes in objects, will help you better prepare to maximize the potential of your force measurement solutions for critical applications.
Tensile Testing Apps

Precision Under Pressure in Tensile Testing Applications

Interface load cells enable accurate tensile testing for material characterization, quality control, and R&D. Tensile testing applications using Interface force measurement devices include medical devices, 3D printing, aircraft, aerospace, automotive components, consumer products, fabrics, and more. Accurate measurement ensures product safety and performance.
Accelerometers 2024 2

Sensing the World of Load Cells and Accelerometers

Load cells and accelerometers are sensors with two different purposes in test and measurement. Interface load cells are perfect for measuring static forces with high precision. An accelerometer excels in detecting dynamic motion, vibrations, and impact. There are use cases for load cells and accelerometers to work together in a single advanced system. Interface can provide the force and measurement solutions for systems that measure force, weight, torque, acceleration, motion, and vibration.
Additive Manufacturing

Force Measurement is Shaping Additive Manufacturing

Interface force measurement solutions provide valuable data and insights throughout the additive manufacturing workflow. This data is vital to driving innovation in material development and part design, automating processes for efficiency, and ensuring consistent, high-quality production. Interface load cells and multi-axis sensor technologies are used for various research, testing, prototyping, and production applications in additive manufacturing. 
Testing Labs Case Study 1

Interface Case Study Highlights Testing Labs Requirements for Certainty

Interface case study, Ensuring Certainty in Testing Labs with Precision Force Measurement, highlights application examples and details testing lab challenges and Interface solutions. Interface offers a robust line of high-accuracy load cells, torque transducers, multi-axis sensors, and instrumentation. We are a leading supplier to calibration and testing labs globally. With more than 35,000 products in our line, there are many options for testing labs to choose from for fatigue, stress, material, and other tests.
Daq Tips

Force Measurement Tips Related to Data Acquisition Systems

Interface continues to add to our line of data acquisition systems to use with our load cells, torque transducers, and multi-axis sensors. These systems are designed for comprehensive force and torque measurement data collection and analysis.  Choosing a data acquisition system compatible with your specific force measurement devices and application requirements is crucial. Consider sensor type, measurement range, accuracy, resolution, sampling rate, dimensions, and connectivity options.
INTERFACE TECH TALK Tensile 1

How Does Tensile Testing Work?

Interface supplies load cells for tensile testing. Tensile testing is fundamental in test and measurement. Load cells are commonly used in tension testing to measure and record the force or load applied to a specimen during the test. Tensile testing is used by researchers, testing labs, and engineers across industries including infrastructure, medical, manufacturing, aerospace, consumer goods, automotive, energy, and construction to measure stress, strain, elacity, fatigue and failure.