Advanced monitoring solutions are increasingly important in industrial and infrastructure applications. Benewake has developed innovative long range laser sensors that support a wide range of environmental sensing tasks. These sensors are particularly valuable for fixed installations, such as monitoring bridges, ports, and industrial sites, where long-distance detection and accuracy are critical. By providing reliable distance measurements, they help improve operational safety and efficiency in various challenging conditions.
Precision and Reliability in Harsh Environments
One of the key advantages of long range laser sensors from Benewake is their ability to maintain accuracy under adverse weather conditions. The sensors are designed to handle dust, fog, and rain, allowing for consistent performance across different industrial environments. They are widely used for applications such as bridge collision prevention, port berth guidance, and landslide detection. With these capabilities, companies can implement automated monitoring systems with confidence in the sensors’ precision and stability.
Integrating Long Range Detection with Industrial Systems
Integrating Benewake sensors into industrial monitoring systems improves data precision and operational safety. These long-range laser sensors can interface with existing control platforms, providing real-time feedback for distance measurement and obstacle detection. Among their advanced products, the Benewake TFA1500-L—a kilometer-level, high-frequency single-point LiDAR—offers a detection range of up to 1500 meters with a frequency of 800 Hz. Compact in size (≤25 mm × 26 mm × 13 mm) and capable of operating between –20°C to +60°C, it delivers reliable accuracy of ±0.5 m within 80 meters and ±1.0 m beyond 80 meters. This makes it well-suited for industrial inspection, engineering surveying, and other applications requiring stable, long-distance sensing performance.
Conclusion
Overall, Benewake offers reliable long range laser sensors that contribute to safer and more efficient industrial monitoring. Their combination of precision, environmental resilience, and adaptability to various fixed applications makes them a suitable choice for companies seeking advanced sensing technologies. By deploying these sensors, industrial operators can ensure continuous monitoring and improve the effectiveness of automated systems in challenging environments.
