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Photoelectric sensors mainly have three common working types: Diffuse Reflective, Specular Reflective, and Through-Beam. Each type has different working principles and application scenarios, catering to various industrial needs.

The DADISICK LD-05D Series 2D LiDAR provides an efficient and reliable solution for hydraulic cylinder work area monitoring and obstacle avoidance.

QM Series High-Precision Safety Light Curtains, Primarily Used for Detecting Object Dimensions, Hole Detection, and More

By selecting the Front Ultra-thin Safety Light Curtain QZ Series, the enterprise successfully solved the challenge of installing safety light curtains in a space-constrained production line.

2D LiDAR, as the core sensor for robot obstacle avoidance, provides precise data for obstacle detection while also enabling SLAM.

The Safegate SMO 303 Type 4 safety light curtain is certified to EN 61496, EN 61508 (SIL 3), EN 62061 (SILCL 3), and EN ISO 13849-1 (PL e - Cat. 4), making it ideal for ensuring safety in high-risk industrial environments.

For irregular protection zones, detailed object detection, or large-area protection, the safety laser scanner is the better choice. On the other hand, for simple flat-plane protection with high response speed requirements and a limited budget, the safety light curtain is the ideal solution.

This article explores how GFL-G Series laser displacement sensors optimize PCB manufacturing by enabling precise, non-contact component height detection. It details common inspection methods, highlights the sensors' working principles and advantages, and provides a step-by-step implementation guide to improve welding quality and production efficiency.

DADISICK’s GFL-Z series laser displacement sensors, with their high precision, compact design, and exceptional real-time feedback capabilities, provide a comprehensive solution for safe robotic handling of PCB boards. This technology not only significantly improves production efficiency and product quality but also demonstrates outstanding adaptability in complex and dynamic industrial environments.

In the production of smartphones, the accuracy of screen installation is crucial, as it directly affects the quality and performance of the device. Traditional detection methods may face challenges such as insufficient precision and low efficiency. Our GFL-G Series Laser Displacement Sensors offer a high-precision, efficient solution for detecting smartphone screen installation with micron-level accuracy.

The Sorting Transfer Vehicle (STV) system, based on the ST100 series optical data transmission module, overcomes the limitations of traditional wiring systems with its wireless, high-speed, and precise data transmission capabilities. This solution provides a more efficient, intelligent, and reliable material transfer solution for automated warehousing systems.

The ST100 Series Optical Data Transmission Sensors, utilizing infrared laser technology, provide a high-speed, long-distance wireless data transmission solution to meet the demanding data exchange needs of stacker cranes in automated warehouses. By using the ST100, companies can simplify wiring, reduce installation and maintenance costs, while ensuring system stability and reliability.

The DS Series Long-Distance Laser Rangefinder can non-contact, quickly, and accurately measure the distance to moving system components. Within just a few milliseconds, the laser measurement system provides the position data required for dynamic control functions via a range of industrial Ethernet and fieldbus interfaces, with millimeter-level precision.

DADISICK's blog post explores how safety door switches enhance machine safety. These switches offer simple yet effective safeguarding, crucial in industries like automation and manufacturing. They detect door openings to trigger safety mechanisms, stopping equipment and preventing accidents. This ensures compliance with safety standards and protects employees. Discover how DADISICK's safety door switches strengthen industrial safety.

The DS series long-range laser distance sensor delivers precise and reliable positioning for ASRS stacker cranes. Its extended measuring range, high precision, and robust communication capabilities make it an ideal choice for optimizing ASRS efficiency and reliability. By addressing the core challenges of modern warehouse systems, DADISICK's DS series ensures seamless integration into automated workflows, contributing to safer, faster, and more accurate operations.

Photoelectric sensors are used to detect the presence of objects or changes in the surface conditions of targets. DADISICK offers a variety of photoelectric sensing modes, including through-beam, retro-reflective, and diffuse-reflective sensors.

Ultra-Compact Background Suppression Photoelectric Switch Sensor: A Sensor Solution for Confined Detection Environments

The GFL-Y Series TOF Phase-Shift Laser Distance Sensor provides outstanding measurement precision, flexible outputs, and robust reliability, making it the perfect solution for measuring distances during pallet handling in automatic forklifts. It not only improves forklift operational efficiency but also offers smarter and safer logistics solutions for large distribution centers.

Ultrasonic sensors play a pivotal role in ensuring the safety and efficiency of AGV operations at fully automated terminals like Qingdao Port. Their precise measurement and real-time monitoring capabilities make them a reliable and cost-effective solution for container handling systems. As automation continues to evolve, ultrasonic sensors are poised to remain a critical component in the future of smart port operations.

The DADISICK DS series TOF long-range laser distance sensors, with their high precision, long measurement range, fast response, and excellent anti-interference capabilities, have demonstrated unique advantages in numerous fields. They have become indispensable technological tools, particularly in automation, robotics, traffic monitoring, and engineering measurement applications.

In the automotive manufacturing industry, quality control is a critical factor influencing vehicle safety and comfort. As an essential part of a vehicle's interior, the quality and performance of in-vehicle seats directly affect the comfort and safety of both drivers and passengers. In recent years, laser displacement sensors have become widely used in in-vehicle seat inspection due to their technical advantages, such as non-contact measurement and easy integration.

Since DADISICK introduced its innovative single-line TOF LiDAR, this technology has demonstrated its strong potential in various industries, including autonomous vehicles, intelligent robots, automated guided vehicles (AGVs), and digital multimedia.