Wheel-type Wire Saw Machine

Wheel-type Wire Saw Machine

KGSJ-55D

Product Description

Performance Features

Technical parameters

Application Scenarios

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KGSJ-55D Wheel-type Wire Saw Machine

KGSJ-55D Wheel-type Wire Saw Machine is mainly used for cutting stone invertical and horizontal,

squaring blocks in stone quarries, and also can be usedfor cutting buildings, bridges, and other reinforced concrete structures.

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Performance characteristics >>

Wheel-type travelling mechanism can move toworking position fast and easily by itself.

The main cutting system can travel forth andback on beam freely. It saves time and laborof laying tracks.

PERMANENT MAGNET MOTOR is equipped. The cutting efficiency increased by 20% and the wireless remote control, it can also be controlled by connecting with the Internet platform. It's the essential machine for intelligent quarry.

Wheel-type Wire Saw Machine

Drive

Four-wheel drive.

Power

Input power: 310KW

OutPut

12000N/M>

Reinforcement

X reinforced boom.

Cooling

Secondary cooling system

System

Imported variable axial piston pump for high-pressure hydraulic.

Load

120T>

Braking

Full hydraulic brake system.

Technical parameters >>

Project Unit Parameter
Overall weight kg 3300
Dimension mm 6800x1730x2100
Flywheel diameter mm 800
Wire diameter mm 11.8
Max. Wire capacity m 75
Linear speed m/s 0-40
Cutting efficiency ㎡/h 6-20
Effective travel distance on beam mm 3000
Motor power kw 60

 

Products are constantly being updated and improved, we reserve the right to change the design and parameters without prior notice to the user, the configuration and appearance of the product color shall prevail in kind*.

Application Scenarios >>

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We have a large number of overseas and domestic cooperation cases, and we are committed to building our own professional machinery production service provider for mines.
To achieve high productivity, safety and sustainability in the mining industry, we are constantly exploring automation technologies and patents to enable our machines to operate efficiently in complex environments.