Sensors

Introduction In automation, robotics, and industrial testing, understanding the difference between force and torque sensors is essential for choosing the right measurement tool. Though both measure mechanical loads, they serve different purposes, operate in distinct ways, and are used in different parts of a system. This article explains how force and torque sensors differ in […]

Introduction As robotics continues to revolutionize manufacturing, healthcare, logistics, and service industries, force sensing has become a critical enabler of safety, precision, and adaptability. Whether it’s a robot gripping fragile objects, aligning components with tight tolerances, or detecting contact with humans, a properly selected force sensor ensures intelligent, feedback-driven control. This guide will walk you

Introduction When selecting sensors for industrial or outdoor applications, you’ve likely seen ratings like IP65, IP67, or IP68 on datasheets. But what do these numbers actually mean? IP ratings—short for Ingress Protection—tell you how well a sensor is protected against dust and water. Selecting the right IP rating ensures your equipment survives in its working

Introduction Unstable or fluctuating load cell readings can be frustrating—especially when your process depends on consistent, accurate force or weight measurements. Whether you’re dealing with analog or digital output, sudden signal jumps, or noisy values, this article walks you through a structured troubleshooting checklist to identify and fix the root cause quickly and confidently. 1.

1. Introduction Adverse weather conditions are a major contributing factor to road traffic accidents. To mitigate these risks, highway traffic weather stations have been developed, integrating various sensor technologies and automated control systems. These stations enable comprehensive data collection and analysis of climatic conditions across highway sections, allowing for earlier, more accurate travel planning and

Introduction When designing a weighing or force measurement system, selecting the right load cell is only part of the process.Choosing the correct mounting kit is equally important to ensure accurate, stable, and reliable operation. A poorly chosen or installed mounting system can lead to significant errors, mechanical failures, or even permanent sensor damage. This article

Introduction Load cells are designed to provide precise, repeatable force or weight measurements. However, several factors can influence their accuracy—sometimes significantly. Understanding these factors allows engineers and technicians to make better design, installation, and maintenance decisions, ensuring that the system delivers consistent and reliable data. Here are the top 5 critical factors that can affect

Introduction Force measurement systems are designed to deliver precise, repeatable results. However, environmental conditions can significantly influence a sensor’s performance if not properly accounted for. From temperature swings to moisture ingress and vibration, external factors can introduce drift, noise, and mechanical errors. This article outlines the key environmental variables that affect load cells and force

Introduction S-type load cells are one of the most widely used force sensors in industrial measurement and automation systems. Known for their accuracy, versatility, and ability to measure both tension and compression, S-type sensors are found in everything from material testing machines to hopper weighing systems. This article will walk you through the working principle,

Introduction Even the highest-quality load cell can underperform or fail entirely if it’s not installed correctly. In industrial weighing systems, improper installation is one of the most common causes of drift, inaccuracy, or complete measurement failure. In this article, we’ll explore seven of the most common load cell installation mistakes and provide practical tips to