Wednesday, August 24, 2011

GF-1525 CNC 3D Waterjet

cnc waterjet cutting machine
1.Durable drag chains
2.AC servo system
3.4.5kw Italy water-cooled electronic spindle

Solid and reliable whole design
1. The plate board adopts full stainless steel design, high quality, and durable in use;
2. Heavy duty structure of carefully designed, stable and solid, high-strength structure
3. Water jet professional CNC system and are AC servo system drive, processing effect is best
Main components adopts international brands of the first grade

Centralized auto lubricated system, humanity designed, make the maintenances equipment more convenience;
Durable drag chains in famous brand, running flexibility;
Soft cables of special selected sincerely,durable and reliability
Sensors in high quality supply reliable soft and hard limit for the bed lathe, safe and secured.
1. X guideway adopts labyrinth protection, soft curtains outside, double professional guard;
2. Y guideway adopts transmission of swing nut structure with much higher rigidity
3. Y axis adopts double lines and double driver, high accuracy, balance transmission;
4. All the ball screws and guideways adopt the famous brand in high quality of the world,
This guarantees the high accuracy of processed parts, stable transmission and long durable.

Application area

Extrahigh voltage waterjet cutting are broadly used in deep processing of glass, stone and ceramic processing, concrete cutting, metal machining, car manufacturing and airline industry and so on. The cutting thickness of glass, ceramic, marble, concrete, bridge beam, steel plate, SS plate, composite materials, and Materials of Aviation & Aerospace can reach 100mm.
Technical Parameter

X,Y,Zworkiing stroke
1300*2500*260mm
MAX work speed
6000mm/min
work precision
0.05mm
spindle
4.5kw Italy water-cooled electronic spindle
spindle speed
6000-24000rpm
work dictate
G code
drive system
stepper
working voltage
380V/50HZ
software compatibility
UG,ARTCAM,TYPE3CORELdraw
control system
DSP CNC system PCI control card CNC SYSTEM

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