SINOMACH GE330D — heavy-duty crawler excavator, 30–33 ton class
SINOMACH GE330D is a heavy-duty hydraulic crawler excavator designed for high-load earthmoving and mining-related operations in construction, quarrying, infrastructure development, and industrial projects. The machine is engineered for stable performance in harsh operating conditions, large material volumes, and long continuous working shifts.
The GE330D belongs to the 30–33 ton excavator class and is well suited for large-scale excavation, mass earthworks, loading of soil and rock, site preparation, and road and foundation construction.
Powertrain and performance
SINOMACH GE330D is equipped with a high-performance industrial diesel engine with a rated output of 241 kW (approximately 327–330 hp) at 2200 rpm. This power level provides high torque, stable operation under heavy load, and sufficient energy supply for the hydraulic system during intensive working cycles.
The engine is designed for continuous-duty applications and features:
high reliability and durability,
stable performance under variable loads,
optimized fuel consumption,
compliance with industrial emission standards (Tier III for most configurations).
Thanks to its high engine power, the excavator maintains strong productivity even when working in dense, rocky, or mixed soil conditions.
SINOMACH GE330D — heavy-duty crawler excavator, 30–33 ton class
SINOMACH GE330D is a heavy-duty hydraulic crawler excavator designed for high-load earthmoving and mining-related operations in construction, quarrying, infrastructure development, and industrial projects. The machine is engineered for stable performance in harsh operating conditions, large material volumes, and long continuous working shifts.
The GE330D belongs to the 30–33 ton excavator class and is well suited for large-scale excavation, mass earthworks, loading of soil and rock, site preparation, and road and foundation construction.
Powertrain and performance
SINOMACH GE330D is equipped with a high-performance industrial diesel engine with a rated output of 241 kW (approximately 327–330 hp) at 2200 rpm. This power level provides high torque, stable operation under heavy load, and sufficient energy supply for the hydraulic system during intensive working cycles.
The engine is designed for continuous-duty applications and features:
high reliability and durability,
stable performance under variable loads,
optimized fuel consumption,
compliance with industrial emission standards (Tier III for most configurations).
Thanks to its high engine power, the excavator maintains strong productivity even when working in dense, rocky, or mixed soil conditions.
Hydraulic system
The hydraulic system of the SINOMACH GE330D is based on high-capacity pumps and control valves, ensuring:
smooth and precise control of working equipment,
fast and efficient working cycles,
high and consistent digging force,
reduced pressure losses and thermal load.
The system automatically adapts to working conditions, optimizing power distribution between travel, swing, and operation of the boom, arm, and bucket. This improves overall efficiency while reducing component wear.
Working equipment and capabilities
The excavator is fitted with a standard 1.6 m³ bucket, allowing efficient handling of large material volumes per cycle. The reinforced boom and arm structure is designed for heavy-duty operation and long service life.
Key working parameters provide:
maximum digging depth of approximately 6.3 m,
digging reach exceeding 10 m,
high dumping height of about 6.6–6.7 m.
High bucket and arm digging forces allow confident operation in hard soil, clay, gravel, and rock without loss of productivity.
Undercarriage and stability
The crawler undercarriage of the SINOMACH GE330D is engineered for operation on soft, uneven, and unstable ground. Wide tracks and optimized weight distribution ensure:
The reinforced frame and heavy-duty undercarriage components are designed for long-term operation under demanding construction and mining conditions.
Operator cab and working comfort
The operator cab is designed according to modern ergonomic and safety standards. It provides:
good visibility of the working area,
ergonomically positioned controls,
reduced noise and vibration levels,
improved operator comfort during long working shifts.
Enhanced ergonomics reduce operator fatigue and contribute to higher accuracy, safety, and productivity.