Features
Strong power: The Hitachi ZX350-3 is equipped with a high-performance Isuzu AH-6HK1 turbocharged intercooled engine and an advanced HIOS III hydraulic system, delivering a robust 202 kW power output. This powerful combination significantly enhances excavation force, swing torque and traction—with a 6% increase in arm digging force and 10% higher swing torque compared to previous models—enabling it to effortlessly cope with high-intensity operating needs such as heavy earthmoving, deep foundation excavation and rock loading.
Comfortable operation: The Hitachi ZX350-3 features an ergonomically optimized cab design, equipped with a supportive wide-back seat and a liquid-sealed anti-vibration rubber mount that effectively reduces vibration and in-cab noise. The cab boasts an expanded glass area for excellent all-round visibility (especially the right lower field of view), while the shortened-stroke joysticks and 95mm-widened foot space minimize operator fatigue. Additional amenities like full-automatic air conditioning and a cold/hot box ensure operators stay comfortable and focused during long hours of work.
Versatility: The Hitachi ZX350-3 is highly compatible with a wide range of professional working devices and accessories, including standard buckets, rock buckets, hydraulic breakers, crushers and grapples. Its quick-coupling system allows for fast attachment installation and removal, making it flexible to adapt to diverse engineering needs such as construction site earthmoving, mine development, high-rise demolition and pipeline laying. The K-series variant even comes with reinforced front working devices to meet specialized demolition requirements.
Stability: It adopts a reinforced X-shaped undercarriage with 600mm heavy-duty three-rib track plates and optimized roller layout, paired with a 6.0mm thick upper swing platform base plate for exceptional structural strength. The scientific weight distribution and full-track guards ensure stable working performance and outstanding balance, even in complex terrains such as slopes, uneven ground and soft soil. This design effectively improves operating safety and work efficiency while enhancing durability in harsh working conditions.