- energy saving
- reliable
- handling
- safe and comfortable
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Optimize the hydraulic system, adopt hydraulic simulation technology, optimize the hydraulic system, and reduce hydraulic system losses.
Advanced research and development technology enhances the overall performance of the machine, greatly improving the handling performance by optimizing the matching of the engine, main pump, and main valve.
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The engine, main pump, main valve, rotary motor, walking motor, controller, etc. are all equipped with first-class resource allocation in the industry.
By adopting advanced analytical methods, continuously optimizing design, stress testing, welding processes, and plate research, the lifespan of key structural components is comprehensively improved.
The front and rear supports of the boom and the boom are made of cast steel, effectively reducing stress concentration and increasing service life by 20%.
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Adopting positive flow control technology to improve the responsiveness and coordination of hydraulic systems. By optimizing the flow distribution of the main valve, internal merging, external merging and other technologies, the coordination and flatness of the composite action are greatly improved. Multiple mode options to adapt to different working conditions (H mode \ ECO mode).
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The cab is equipped with high-quality mechanical suspension seats to meet the comfort needs of the driver. A cab that meets TOPS \ \ FOPS standards ensures safer operations.
A joystick that conforms to ergonomics design, with less control force and less fatigue during long-term operation.
Adopt a low-noise main pump and perform noise reduction treatment on the entire machine. The cab is installed on a silicone oil shock absorber, which can significantly reduce the vibration of the cab.
