知識

最近、一部のお客様からKunwei力センサーを使用した際にデータに遅延が発生するとのご報告をいただきました。主な性能は、弊社が提供したソフトウェアを使用した場合、センサーは正常に動作しますが、themselevsが構築したコードを使用したり、弊社が提供した解析コード例を使用した場合、力センサーが出力するデータが遅延し、この遅延はプログラムの実行時間が長くなるにつれて拡大し続けます。

Recently, some of our customer feedback that the sensor is overload when used. In the process of after-sales communication, we found that:

In fact, the manufacturing of the 6-axis force sensor is more difficulty than 3-axis force sensor. Our company can provide multiple ranges of 6-axis force sensors and 3-axis force sensors, but there are still many limitations in the use of 3-axis force sensors.

Force measurement is a critical aspect of various industries, driving quality control, safety, and performance optimization. One significant advancement in force measurement technology is the use of column alloy steel load cells. These load cells, known for their durability and accuracy, find extensive application in industries where precise force measurement is paramount. In this article, we will explore the diverse industries that commonly rely on column alloy steel load cells to meet their force measurement needs, the advantages they offer, challenges to consider, and the future trends shaping their integration.

In the world of industrial measurement, precision and accuracy are paramount. Among the unsung heroes that make this precision possible are force and torque sensors. These devices play a crucial role in industries ranging from manufacturing to robotics, enabling accurate measurements that inform critical decisions. In this article, we delve into the realm of force and torque sensors, specifically exploring the key factors that define a high-quality six-axis hex force torque sensor compared to standard options.

Among these, wide range six degrees of freedom (6DoF) force-torque sensors play a pivotal role in enabling robots and machines to interact with their environments with a remarkable level of sensitivity and control. However, choosing the right wide range six dof force torque sensor supplier for these sensors is a critical decision that can significantly impact the performance and efficiency of various applications.