NEWS

How Does a Laser Triangulation Sensor Work and When Should You Use It?   In industrial automation, smart manufacturing, and precision inspection, laser range sensors (Laser Range Sensor) and laser triangulation sensors (laser triangulation sensor / triangulation laser) are commonly used measurement solutions. While both utilize laser technology, they differ significantly in principle, accuracy, measurement range, and application scenarios. Understanding these differences helps engineers and developers choose the most suitable...

How Can You Build a High-Precision Detection System Using an Arduino Laser Sensor?   In today’s rapidly evolving world of smart hardware and IoT, the Arduino laser sensor project (Arduino Laser Sensor) has become one of the most popular entry-level solutions for DIY developers and engineers. By combining laser distance measurement technology with the Arduino controller board, it is easy to build high-precision distance detection, obstacle recognition, and automated control...

What is Laser Height Measurement, and How Is It Used for Humans and Smart Applications?   With the development of industrial automation, smart homes, and healthcare technology, laser height measurement is gradually being applied in both daily life and professional scenarios. Using a laser height sensor, non-contact, high-precision human height measurement can be achieved, providing intelligent solutions for healthcare, fitness, retail, and smart home applications. Compared to traditional tape measures...

What Is DJI Livox Avia LiDAR and How Does TOF LiDAR Improve Mapping, SLAM, and Smart City Applications?   In today’s era of intelligent sensing and rapid 3D spatial digitalization, TOF LiDAR (Time of Flight LiDAR) technology has become a core sensing solution for UAV mapping, autonomous driving, smart cities, and industrial inspection. Among them, the DJI Livox Avia LiDAR stands out as a representative solid-state LiDAR product, thanks to...