Smart agricultural machinery

As global agriculture accelerates its transition toward precision and intelligence, sensors—acting as the “perceptive core” of modern agricultural machinery—deeply empower the enhancement of agricultural production efficiency and sustainable development. In key equipment such as high-end tractors and intelligent harvesting machines, pressure sensors monitor critical parameters—including hydraulic, transmission, and braking systems—in real time, converting mechanical conditions into precise signals that serve as the foundational support for achieving autonomous driving, variable-rate operations, and intelligent early warnings. SunnoM’s solutions have been deeply integrated into various systems of agricultural machinery, playing a particularly vital role in engine systems as “heart monitors,” continuously safeguarding oil pressure in real time. With product characteristics featuring high reliability, robust resistance to strong vibrations, and exceptional overload capacity, our sensors are designed to withstand the harshest field conditions—such as extreme heat or cold, high humidity, and high altitudes—providing solid and dependable sensing support for the stable operation of smart agricultural machinery and the advancement of agricultural modernization.

Relevant typical cases

As a key partner of leading agricultural machinery companies such as China YTO and Weichai Power, Sensor Nobleman Technology provides a full range of highly reliable pressure-sensing solutions for their high-horsepower tractors, high-end harvesting machinery, and transmission systems. Our products are extensively used in critical components—including hydraulic control systems for power-shift transmissions, hydraulic monitoring systems for lift mechanisms, and brake safety systems—effectively replacing imported alternatives. With outstanding performance in vibration resistance, high overload capacity, oil-resistance, and long-term stability, our solutions ensure precise control and reliable operation of core equipment even under challenging working conditions.

Aerospace

Rail transit