HIKMICRO Unveils the Cutting-Edge LRG10 Radar Level Sensors
In a significant push into the global instrumentation market,
HIKMICRO has launched its flagship series of radar level sensors, the
LRG10 series. This innovative line of high-performance devices is designed to meet the demanding needs of various sectors, including water management, food and beverage, petrochemicals, life sciences, chemistry, and medicine.
Visitors to the
2026 Hannover Messe from April 20-24 in Germany will have the opportunity to explore the capabilities of the LRG10 series at booth G84, hall 27. This unveiling marks a pivotal moment for HIKMICRO, showcasing their commitment to providing reliable measurement solutions for complex environments.
Advanced Technology for Precise Measurements
The LRG10 series stands out for its use of advanced
80 GHz Frequency Modulated Continuous Wave (FMCW) radar technology, which enables highly accurate level measurements with a narrow beam angle of just 3 degrees. The sensors provide precision up to ±2 mm, significantly better than conventional radar systems. With a maximum range of 120 meters, they are capable of continuously monitoring liquid levels, slurries, and granular materials in diverse applications, from individual storage tanks to large reservoirs and silos.
HIKMICRO designs its instruments to perform reliably in challenging scenarios, employing AI-driven false echo suppression and intelligent shielding against interferences. This ensures consistent readings in environments where dust, vapor, agitation, or volatile gases may be present.
Versatility and Ease of Use
The design of the LRG10 series caters to varied operational needs. With numerous antenna configurations and mounting options, deployment is made easy across a range of containers and processing conditions, including high-temperature and high-pressure settings. An innovative machine learning algorithm continuously optimizes performance based on real-time data, adapting without the need for manual recalibration.
Responding in under a second, the LRG10 is well-suited for rapid processes in reaction vessels, while its low power consumption facilitates seamless integration into existing infrastructures. Additionally, remote configuration and installation via Bluetooth considerably reduce setup time and labor efforts.
Sustaining Momentum in Instrumentation
The introduction of the LRG10 series adds to the already robust lineup of measurement solutions from HIKMICRO. Over the past few months, the company has successfully deployed its other advanced instruments in various demanding applications, from precise flow measurement in food production to monitoring air and steam pressure in power generation. Customer feedback highlights consistent operation, exceptional accuracy, and dependable performance.
HIKMICRO's commitment to excellence is reflected in its strategy, which emphasizes in-house chip design, base algorithm development, and large-scale manufacturing. This approach makes advanced technology more financially accessible without compromising on quality.
Stefan Li, HIKMICRO's director of international markets, stated, "Our goal is to make high-performance instruments more accessible, without compromising on their quality. At HIKMICRO, we leverage our expertise to build measurement tools capable of solving real industrial issues while supporting the broader shift towards data-driven and digitized operations."
Unified Industrial Platform
The LRG10 series is part of HIKMICRO's integrated industrial platform, which seamlessly combines production control, predictive maintenance, and safety into a single, cost-effective solution. By integrating instruments with established capabilities in thermal imaging and acoustic detection, customers can continuously monitor their processes, detect faults early, and optimize performance through a fully integrated ecosystem.
With the launch of the LRG10 series, HIKMICRO continues to assert its credibility in the instrumentation field, demonstrating its technical prowess and unwavering determination to tackle customer challenges. For further information, please visit
HIKMICRO's website.