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ZAXIS170W
Variety of outstanding operational features and functions
Hydraulic system HIOS II and new OHC 4-valve diesel engine developed specially for ZAXIS-3.
Low Fuel Consumption and Advanced Technology for Optimizing Oil Pressure
New E-mode
The new E mode, H/P mode and P mode can be selected to suit job needs. The new E mode can save fuel consumption by up to 18 % compared to the conventional model's P mode, while yielding similar production.
HIOS II Hydraulic System
HIOS II hydraulic system delivers higher operator satisfaction. Additionally, the new ZAXIS utilizes new system for higher margin by new ZAXIS 200 pump and improved stability.
Useful Functions of Wheel Excavator
Auto Axle Lock System
We gave the unit even a greater stability during operation by allowing the user to fix the front axle, with a function that locks the front axle cylinder. This lets you concentrate fully on operation, since the axle cylinder automatically locks when you release your foot from the accelerator and the speed is less than 3 km/h.

Operating condition
When accelerator pedal is
released, axle cylinder is locked.
Brake Holding System
This system holds the lock and release of the brake along with the movement of the brake pedal. If you press the pedal down once, it holds the brake until the next time you press the pedal.

Accelerator/brake operation flow
Smooth and Shockless Operation
Yawing vibrations that occur when swing operation is stopped have been decreased by installing a swing dampener valve and shockless valve. This lets the operator smoothly and accurately stop motion at the intended place.
No-play disk brake
It utilizes no-play disk brake which holds wheel directly without play of final gear. Reliable tire lock on operating front attachment.
Improved Structure to Meet Market Needs
New Blade (optional)
New blade features wide and flat shaped bottom, resulting in less road surface damage and reduced mud collection.
Expansion of the Lift Amount of New Outrigger (optional)
The outrigger provides 60 mm greater lifting height compared to the conventional model. This allows ample lift up in rough conditions.
