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The world depends on minerals. From the lithium batteries in our electric vehicles to the rare earth elements in our smartphones and the cobalt in renewable energy systems, the demand for these essential raw materials is driving a revolution in the global mining industry. This new era in mining requires more than just bigger trucks and deeper shafts.

Biaxial sensors, such as Interface's 2-axis force sensors, represent a significant advancement in force and torque measurement. These advanced transducers go beyond the limitations of single-axis sensors and are designed to accurately measure forces or torques in two perpendicular directions simultaneously with a single, integrated device. The core technology is based on […]

In the medical field, accuracy is paramount. We often consider advanced imaging or surgical robotics as the pinnacle of healthcare technology, but a much simpler device is the scale. While most focus on the digital display of a scale, the accuracy of the scale's measurement has a far greater impact on the overall outcome of healthcare. Medical scales […]

Assembly in manufacturing is a critical process where individual components are joined together to form a finished product. In fact, it is often the decisive phase for operational success. Today, the assembly process is undergoing a sensor-driven revolution. Automation and innovation are propelling unprecedented advances in manufacturing efficiency, quality, and workplace safety, with precise measuring sensors playing a key role in […]

In high-risk industries such as aerospace, automotive, medical technology, energy, and infrastructure, precise measurement technology is the foundation for safety and a guarantee for innovation. Sensor technologies, including interface load cells, torque sensors, and multi-component sensors, provide real-time data for immediate considerations and decisions. When preparing your testing and project plans, the question arises: What happens when instantaneous information […]

The fundamental stability and long-term safety of our infrastructure, including bridges, tunnels, high-rise buildings, and dams, depends on the accurate and reliable measurement of force, torque, and weight. Indeed, every structure requires high-precision measurements and monitoring to ensure its stability. Load cells, load pins, and torque transducers are essential instruments that rely on […]

Fatigue failure is one of the leading causes of structural damage to materials and components, making fatigue life prediction a critical component of design, validation, and maintenance in many industries. In force measurement, load cells are essential tools for accurately quantifying the forces exerted during fatigue testing. It is important to […]

Automotive safety testing using measurement technologies demonstrates that the moment of collision is not a mistake, but a crucial data point. Advanced crash testing is an exact science that goes far beyond simply hitting a vehicle against a wall. It's a complex process that relies on the reliability of […]

The simple pulley, the mechanical control element in all lifting operations, once relied entirely on muscle power and estimation. Today, this simple system has evolved into an intelligent mechatronic component used in a wide range of industries, from aerospace and infrastructure to marine and […]

The automotive industry has long placed stringent demands on torque measurement, as transducers provide critical data essential for the engineering, design, testing, and performance monitoring of all types of vehicles. Interface has long been a preferred supplier of torque and reaction sensors to the automotive industry. Why? Accuracy […]

Tension load cells are specialized force sensors designed to measure tensile or "pulling" forces. They are designed for lifting, weighing, tensile testing, and monitoring applications. Tension load cells are often used in demanding environments, including coastal and offshore areas that require hazardous area certification. Interface tension load cells are compact, lightweight, and durable, making them ideal […]

In a world where sustainability is becoming increasingly important, recycling and reuse are more important than ever. By giving materials a second life, we reduce the need for new resources and maximize the use of valuable materials in multiple cycles. Across various industries, including waste management, water management, energy, [...]

Force and torque measuring load cells and transducers are often combined with instrumentation solutions that include alarm functions. These alarm functions are used to create a system that can monitor data from the sensors and trigger alerts when certain conditions are met. This is critical for safety, process control, asset protection, and [...]

The world of animatronics is no longer just something for old-fashioned amusement park rides or second-rate science fiction movies. Animatronics is a complex mechatronic system that requires precise control to achieve lifelike movements and ensure safety. This control is not a one-time setup, but a continuous process of […]

When we talk about measuring force or weight, we assume a linear relationship between the applied force and the output signal. With a high-quality load cell, this is the goal. In reality, however, this relationship is rarely a perfect straight line. Nonlinearity is an accuracy specification of a load cell, […]

Accurate force measurement is essential for subsea environments. It is crucial for monitoring the integrity of structures such as platforms, moorings, and subsea pipelines. It also plays a central role in controlling operations such as towing, hoisting, and winch tensioning. Without high-quality data, operators work blindly and […]

When most of us hear "product testing," we imagine a simple process: A force is applied, the result is measured, and it's determined whether the object passes the test or fails. In the high-risk world of professional testing labs, where everything from aerospace components to medical devices is validated [...]

Force and pressure are two distinct but related physical quantities. While both impose a load on a surface, they differ fundamentally in their definition, units, and measurement methods. Understanding this difference is crucial for selecting the right sensor for different applications. Force is a vector quantity that […]

In logistics and manufacturing, "picking" and "sorting" refer to the processes of selecting and assembling items to fulfill orders and then organizing them for subsequent steps such as packing or shipping. Picking involves removing products from a warehouse or storage area based on the order [...]

Structural testing is essential in modern engineering, providing critical data for improving designs, ensuring compliance with industry standards, and proactively preventing failures. Structural testing guarantees the safety, reliability, and quality of everything from basic materials to the tallest structures that shape our skylines. At the heart of this […]

Interface is pleased to announce the release of two new force measurement resources on ForceEDU: the InterfaceIQ Podcast and our detailed InterfaceIQ Sensor Cheat Sheets. These tools are designed to provide you with accessible and valuable insights into the world of force measurement, whether you're just getting started with load cells [...]

Multi-axis sensors are transducers that measure force and torque simultaneously in multiple directions and convert these measurements into an electrical signal. Interface offers multi-axis sensors available in various capacities for high-accuracy measurement of 2, 3, and 6 axes. Two common shapes for Interface multi-axis load cells are round and […]

For centuries, scales have been essential tools for weighing. While early mechanical scales were limited to basic measurements, the introduction of modern force sensors, particularly load cells, has revolutionized this field. Today, scales are no longer just for weighing. They utilize sensor technologies for smarter automation systems, process control, and data analysis in countless industries. The load cell is […]

Force measurement is fundamental in various engineering disciplines, from the design of complex mechanical systems to the construction of robust structures. For users of interface load cells and other precision force measurement devices, a solid understanding of the underlying principles of force, stress, and strain is essential for successful projects, seamless integration, and accurate […]

In the field of force measurement, one challenge is to accurately quantify forces that are barely detectable on a scale. For engineers, researchers, and product developers working at the forefront of innovation in medicine, manufacturing, robotics, and consumer products, the need for sensors capable of […]

The modern industrial landscape is undergoing profound change, driven by the increasing complexity of robotic systems. Automation is evolving beyond simple, repetitive tasks and now encompasses more complex, nuanced operations that require greater intelligence and adaptability from machines. At the forefront of this evolution in industrial automation […]

Understanding load cell specifications is essential for determining the best sensor for your force measurement needs. It's necessary to evaluate accuracy and quality by understanding the differences between resistive and nominal output. The first step is to understand how a load cell works and [...]

The sky is no longer the limit, nor is Earth's orbit. From delivering vital supplies to the International Space Station to deploying next-generation satellite constellations, the aerospace industry is constantly pushing the boundaries of what's possible. At the heart of every successful mission is careful payload management, [...]

Interface's 3-axis load cells are valuable sensors for advanced force measurements in test and measurement applications. These multi-axis sensors are designed to simultaneously measure forces along three mutually perpendicular axes: X, Y, and Z. Interface offers a range of multi-axis sensors, including several 3-axis load cells with different capacities, dimensions, and […]

We are witnessing the dawn of a new era in prosthetic design and functionality. Advances such as 3D printing, AI-driven prosthetics, and advanced neural interfaces are transforming the possibilities for amputees. These innovations enable the creation of highly customized devices that fit better, offer greater comfort, and enable an intuitive user experience. The […]