Used Sany SY75CPro excavator with powerful engine

The SY75C Pro is Sany Heavy Industry’s flagship product and star model in the 7.5-ton mini excavator market, known as the “ace seven-ton machine.” It is not just an excavator, but also a model of Sany’s advanced technology accumulated in large excavators being transferred to mini excavators. Its advantages are very outstanding.

Extremely energy-efficient and outstanding fuel efficiency This is the SY75C Pro’s core and most widely recognized advantage. Exclusive energy-saving technology: Equipped with SANY’s proprietary electronically controlled high-pressure common rail engine and DOMCS dynamic optimization matching control system, this system acts like an “intelligent brain,” sensing the driver’s operating intentions and load changes in real time, dynamically adjusting engine speed and hydraulic pump power output to maintain an optimal match, thus avoiding power waste. The practical result: Under most operating conditions, its fuel consumption is 10%-15% or more lower than other brands in its class. For owners, this means extremely low operating costs, and the fuel savings translate directly into profit.

Powerful and Efficient Operating Performance Efficient fuel consumption doesn’t mean sacrificing performance. The SY75C Pro delivers exceptional power and efficiency. Powerful digging force: Optimized working device structure and hydraulic system deliver exceptionally strong digging force in both the arm and bucket, enabling superior performance and increased efficiency in heavy-duty conditions like digging in hard soil and rock. Coordinated compound movements: The hydraulic system is highly responsive, ensuring smooth and seamless compound movements (such as simultaneous boom raising, arm retracting, and swinging) without any jerking, significantly improving efficiency in operations like loading and leveling. Excellent swing performance: The swing motor boasts high torque and fast, stable swing speeds, enabling seamless operation for both rapid soil removal and precise positioning.