sell Milling and Boring Machine CNC

Zemlyane boring milling machine:

1. The structure of this machine is one column,side boxes,columns, and the slide moves along the railway canvas,headstock along the rack rail in the vertical direction.

2. Variable speed spindle using homemade speed reducer,it is possible to carry out automatic transmission to achieve high and low supply.

3. The movement of each coordinate takes everything AC servo motor to drive Siemens.

4. The X-axis adopts double engine dual subcatego wheel riparian equipment to the X-axis direction of the driving force has been greatly improved,starting and stop acceleration driven data engines,cruise control performance compared with the conventional synchronous motor dual the shape of the actuator ,through the Department synchronize CNC system,will allow the X-axis to realize the seamless drive vided and back.

5. Y axis adopts double engine and dual drive screw.

6. The Z coordinate、W takes high privateline load to drive.

7. X, Y, Z(side bearing) all this private potoczny flow hydrostatic guideway,a good impact strength,good accuracy.Static pressure takes postoenie bulls pump German компанииVOGEL.

8. Rail W-axis adopts imported a linear guide as a support rail,and can also be with measuring instruments for achieving closed-loop control.

9. EfE X、Y、Z takes everything lattice Heidenhanguang (OSU dual lattice) and implement satirae management,improve the positioning accuracy of the machine.

10. Headstock of the machine(pallet) feature larger cross-section CNC ,inside the side bearing is installed boring spindle CNC can handle deep treatment.

11. The side bearing adopts double hydraulic cylinders,proportional kelan compensation,compensation for center of gravity adopts advanced double engine and double screw,Dagda grid,the numerical control system of joint implementation. The spindle and the screw adopts imported the bearings.

12. Main hydraulic parts and electrical all it's imported.

13. The bed and the rail rack is a guide speakers from stainless steel,it is possible to protect the rail and the screw ,and also to improve the appearance of the vehicle.

14. The machine selects the CNC system German Siemens 840D and FANUC118i,the spindle is driven ,AC servodirectie the spindle motor, AC servo motor feed all adopt imported parts ,best svoistva and stable reliability.

Main texparameteri:

1. Limit processing : Move the X-axis（movement of the carriage） :16000mm

2. Move the Y-axis (vertical movement of spindle head）: 8000mm

3. Move the Z-axis （movement the side bearing）:1800mm

4. Move the axis W（movement spindle）:1600mm

5. Spindle diameter: 260mm

6. the diameter presernova spindle : 400mm

7. limit brasenia spindle speed : 900r/min

8. main motor power :130kw

9. the maximum torque of lindela : 25000nm

10. the size of the cross section of the side bearing : 620×740 mm

11. Feed rate X axis Y: 1-8000mm/min

12. Feed rate Z-axis W :1-4000mm/min

13. The speed of movement of the X-axis Y : 1000mm/min

14. The speed of movement of the Z-axis W : 6000mm/min

15. Positioning accuracy X Y ity : 0.02/1000 mm

16. Precision of Powerage the positioning/Y : 0.02 mm

17. The repositioning accuracy Z/W : 0.012 mm

18. CNC system : SIEMENS840D

Universal milling head

Universal the cutter head is rotated within two swivel plane when mutual verticality, possible vertical and gorizonalno milled, also many milled surface, the faces of the groove at a different angle.especially suitable for processing a single product, maroserana production and repair

faceplate CNC

Feature technology:

1.separate the servo motor causes the axis of the “U” in the movement to movement semestinya of the slide, and ball screws causes the slider to move .

2.The axis “U” short circuit transfer, reduced clearance of motion exercises high-precision feed plansby.

3.Servo element and system CNC controlled axis“U” for the implementation of programming automatic cutting feed and rapid movement under estupendos speed adjustment. There is a point and automatic the filing.

4.The main the motor causes rotation of the gear, the rotation of the faceplate and spindle in synchronization