Used Hitachi ZAXIS 210K excavator

The Used Hitachi ZAXIS 210K is a heavy-duty specialist excavator built for rock breaking and extreme digging. Featuring a reinforced structure, high-pressure hydraulic system, and over 150 kN of digging force, it delivers unmatched durability and power for quarry, mining, and severe earthmoving applications.

Product Model	Hitachi ZAXIS 210K excavator
Power	114 kW/ 2000 rpm
Weight	20800~21800 kg
Bucket capacity	0.9~1.1 m³
Bucket digging force	150 kN

The Used Hitachi ZAXIS 210K represents a purpose-built, heavy-duty variant within the renowned 20-ton class, engineered specifically for demanding applications that standard excavators cannot sustain. This specialized model differentiates itself through enhanced structural durability and a high-performance hydraulic system calibrated for intensive rock breaking, heavy digging, and quarry work. At its core lies a robust Isuzu 6-cylinder engine, tuned to deliver approximately 114 kW (153 HP), providing the necessary power reserve for constant high-load operation.

The ZAXIS 210K’s defining feature is its reinforced hydraulic system, operating at pressures up to 36.3 MPa with increased pump flow. This setup delivers a formidable bucket digging force exceeding 150 kN, ensuring maximum efficiency when paired with large hydraulic breakers or heavy-duty buckets. Critical structural components—including the boom, arm, and undercarriage—are fortified with thicker steel plates and additional reinforcement to withstand the extreme stresses and vibrations inherent in rock excavation and continuous breaker use. The machine’s design incorporates enhanced cooling capacity and specialized hydraulic dampening to protect vital systems during prolonged, severe-duty cycles.

Weighing approximately 21,800 kg, this model offers superior stability for heavy lifting and powerful breakout. While it shares the legendary Hitachi reliability, the 210K is a specialist tool. It is the optimal choice for contractors focused on primary rock excavation, mine site secondary breaking, and foundation work in hard geology, where its rugged construction and dedicated performance translate directly into higher productivity, reduced downtime, and a longer service life compared to standard models.