Sany SY60C
SANY SY60C Mini Excavator is a highly versatile machine designed for a wide range of applications, including slope stabilization, flood control, rubble removal, and environmental remediation. Its compact design and powerful hydraulics make it ideal for working in challenging terrains and confined spaces. Whether it's digging and grading for slope stabilization, building flood barriers, or clearing debris in urban settings, the SY60C Mini Excavator excels at providing the precision and performance needed for tough tasks. Additionally, its efficient digging and material handling capabilities ensure minimal disruption during environmental remediation projects, making SANY SY60C an essential tool for various demanding tasks.
SANY SY60C is equipped with a 28 hp engine, offering a balance of power and efficiency for various tasks. It has a maximum digging depth of 3.10 meters, making it suitable for a wide range of excavation and grading applications. With an operating weight of 3.78 tons, the SY60C Compact Excavator combines compact size with robust performance, allowing SANY SY60C Mini Excavator to maneuver easily in confined spaces while handling demanding work. The bucket capacity ranges from 0.12 cubic meters, providing versatility for tasks like digging, material handling, and site preparation.
SANY SY60C Mini Excavator stands out for its ability to operate efficiently in confined spaces, offering exceptional maneuverability in urban construction, flood control, and environmental remediation tasks. Its independent boom swing and boom offset capabilities allow it to work close to obstacles, making it ideal for rubble removal and slope stabilization projects where space is tight. Equipped with an advanced hydraulic system, the SY60C Mini Excavator delivers optimal flow and fuel efficiency, ensuring high performance and productivity across various demanding applications. Additionally, the SANY SY60C features multiple work modes and an auto idle function that reduces fuel consumption during idle periods, enhancing its cost-effectiveness for long-term operations.
