Versatile 5 Axis Water Jet Cutter - Cuts Metal, Stone, and More

Waterjet Cutting Machine Best Supplier

A versatile line of water jet cutting machines built for businesses seeking ultimate flexibility. Perfect for cutting kitchen countertops, as well as a wide range of materials including porcelain tiles, sintered stone, ceramic tiles, quartz and marble. Configurations can include single or multiple cutting heads, with options for 3 or 5 axis, tailored to the specific requirements of each customer.Our equipment has been sold to most parts of Europe including Melbourne, Sydney, Brisbane, Adelaide, Perth. We have a dedicated European service team to provide services to customers according to their time difference and solve problems in time.

Feature:
5 axis tilter angle 60°
Europe smart water jet cutting machine software system
Patent floor loading system
Laser/Mechanical sensor system
Camera system function

Water jet Cutter Technical Parameters
Model HEAD4020BA-5AC/HEAD42037Z-B
Working area 4000*2000 MM
Z-axis 150 MM
Cutting Accuracy ± 0.1 MM
Drive Type Servo
Repeat positioning accuracy ±0.05 MM
Platform load-bearing capacity 500 Kg/??optional:1500 Kg/??
Pressure  420 MPA
Cutting Ability 150 MM
Auto Abrasive Supply System 200KG?optional:400KG/1000KG
Pump type Intensifier
Max pressure 420Mpa(6000psi)
Working pressure 50-380MPa?7200-55000psi?
Max orifice diameter 0.33mm
Water flow rate 3.7L/min
Maximum oil pump flow 119L/min
Pressure ratio 1:20
Main motor power 37KW(50hp)
Voltage 380v 50hz

The floor-standing turnover platform is specially designed for cutting large stone materials. For ordinary cutting platforms, when loading and unloading materials, it is necessary to lift the stone slabs to a position one meter above the ground, which is time-consuming and laborious, and also likely to damage the slabs. The floor-standing turnover platform can perfectly solve these problems. 

The turnover platform adopts a floor-standing form. The loading height is only 100mm. The loading process is simple and labor-saving, which improves the efficiency of loading and unloading.