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NEWS
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New Developments In Sensor Technology
Sensor technology is constantly developing with the development of technology, and new sensors have been miniaturized, systematic, and networked, promoting the development of the society and economy.
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![Taipei Nangang Exhibition Hall [Second Hall Q1408]](//d.hzytb.com/images/20250818/135957/460999.jpg?imageView2/1/w/396/h/225)
Taipei Nangang Exhibition Hall [Second Hall Q1408]
We invite you to visit us at Taipei Nangang Exhibition Center, Hall 2, Booth Q1408.
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What Is a 6-Axis Force Torque Sensor
A 6-axis force torque sensor is a sophisticated device that can simultaneously measure three-dimensional force (X, Y, Z) and three-dimensional torque (rotational force around each axis). Unlike single-axis or basic sensors, this type provides a complete picture of interaction forces in all directions, making it indispensable for tasks requiring high sensitivity and dynamic feedback.
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The Expanding Applications of Torque Sensors: Driving Precision Across Industries
As automation and intelligent machinery become increasingly central to modern manufacturing, medical devices, and mobility systems, torque sensors have emerged as critical components driving safety, efficiency, and precision. These devices measure the rotational force (torque) applied to a shaft or system and are widely used to optimize mechanical performance and prevent failure in real-time operations.
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What Does the Force Sensor Do
Force sensors may be small in size, but their impact is enormous across industries. So, what does the force sensor do, and why is it such a critical component in today’s technology?
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Which Is Better: Load Cell or FSR
As industries increasingly rely on accurate force measurement for automation, robotics, and wearable technology, one key question often arises: Which is better—load cell or FSR (Force Sensing Resistor)? The answer depends on the application, as both sensors offer unique advantages.
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How Does a Tension Force Sensor Work
In the age of smart manufacturing and structural safety monitoring, tension force sensors are playing a vital role in ensuring accuracy, efficiency, and safety across numerous applications. But how does a tension force sensor actually work?
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Taichung Industrial Automation Exhibition 2025——Taiwan Ultraforce Measurement and Control System Co., Ltd.
Taiwan Ultraforce Measurement and Control System Co., Ltd. (Ultra Force) specializes in high-precision force sensor development and manufacturing, with over 20 years of German sensor design experience.
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Unlocking Precision: The Expanding Applications of Robot Joint Torque Sensors in Smart Automation
As robotics continues to revolutionize modern industry, the robot joint torque sensor has emerged as a key component enabling smarter, safer, and more adaptive machines. From collaborative robots on factory floors to surgical robots in operating rooms, these sensors are making robotic motion more responsive and human-like than ever before.
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How Do Self-Calibrating Torque Sensors Prevent Robotic Arm Drift in Space Missions
In the weightless, frictionless environment of space, maintaining precise control over robotic arms is a critical challenge. Even the smallest deviation—known as robotic arm drift—can result in mission delays or equipment damage. To address this, ULTRAFORCE has unveiled a breakthrough in motion control: self-calibrating torque sensors, a technology poised to transform how robotic systems operate in space.
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How to Check a Load Cell
Load cells are essential components in weighing systems, converting mechanical force into electrical signals for accurate measurements of weight and force. However, like any precision instrument, load cells can experience issues over time, such as drifting calibration, electrical malfunctions, or physical damage. To ensure they continue to function properly, it's important to periodically check their condition. Here's a guide on how to check a load cell and diagnose common issues.
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What is the Difference Between a Weight Sensor and a Load Cell?
The terms "weight sensor" and "load cell" are often used interchangeably, but they are not exactly the same thing. While both are essential components in measuring force, weight, or load in various applications, they serve slightly different roles in the measurement process. Understanding the distinction between a weight sensor and a load cell can help clarify how each functions and where they are used.
![Taipei Nangang Exhibition Hall [Second Hall Q1408]](http://d.hzytb.com/images/20250818/135957/460999.jpg?imageView2/1/w/396/h/225)
