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Oblique interpolation power turret turning milling compound Center

Model: JL-52MYS

Hits: 65

Type: Special purpose machine tool

Jl-52mys oblique interpolation power turret turning milling compound Center
It has two main shafts arranged relatively, and the servo power turret controlled by the inclined Y-axis has a double-sided cutter base. Therefore, two different parts (or the same part) can be turned and milled. The unique dual channel control system of the machine tool can realize dual spindle and four axis linkage, and can complete the combined machining of turning, drilling, milling and even grinding of some precision parts with complex shapes. At the same time, the two sets of spindles and tool holders can be switched quickly, which can greatly shorten the production cycle of parts and avoid excessive geometric tolerance error due to repeated clamping.
The whole machine tool adopts the layout form of double spindle in opposite columns. The spindle has the c-axis control function of indexing interpolation, and the two spindles have the function of rotation synchronization (speed synchronization). It can realize the rapid docking of parts without shutdown, and realize the turn milling compound processing of one-time clamping processing. The unique X and Y superimposed inclined bed structure of the machine tool, polar friction, high rigidity of the structure, heavy cutting capacity and high precision characteristics can ensure the long-term stability and deformation of the bed structure.



Jl-52mys oblique interpolation power turret turning milling compound center technical parameters:





1. High rigidity integral casting bed

▶ The machine tool adopts L-shaped integral casting bed, which has high rigidity and good chip removal performance.
▶ Lubricating oil and coolant recovery grooves are set around the machine bed to avoid the pollution of its leakage to the surrounding environment.
▶ The whole shaft of linear shaft adopts roller guide rail, which ensures low dynamic friction under high rigidity, and has the characteristics of high speed, durability and long life.

2. High precision built-in motorized spindle

▶ With built-in motorized spindle structure, it has the ability of high-speed and stable operation because there is no vibration caused by vibration sources such as gears and belts. And the start and stop time is short, which is suitable for mass production.


3. Y-axis bed saddle (my, MSY configuration)
▶ The sliding saddle with an included angle of 30 ° is adopted to form a Y-axis stroke of ± 50mm (100mm) through the combined movement of YT axis and x-axis.
▶ Roller guide rail is adopted for each linear motion axis, which not only improves the rapid response characteristics of the machine tool, but also ensures the high rigidity characteristics of the machine tool.
▶ The x-axis lead screw adopts pre stretching structure design to ensure high-precision machining.

4. 12 angle high indexing power turret

▶ It adopts the form of servo motor indexing, gear disc positioning and hydraulic clamping, with fast indexing speed and high positioning accuracy.
▶ The power tool spindle adopts two-stage gear reduction, which expands the torque of the milling spindle.
▶ The bolt fixed cutter head structure is adopted, and the rigidity of the cutter base is good.

5. NC programmable control tailstock (MS configuration)
▶ The tailstock is driven by NC, and the tailstock position can be adjusted during the automatic cycle, which is suitable for the field of automatic processing.
▶ When the tailstock presses the workpiece, the thrust of the tailstock can also be adjusted. The thrust adjustment can be realized through the program, which can correspond to a variety of machining programs.

6. Second spindle (MS, MSY configuration)
▶ The auxiliary spindle and the spindle have the synchronization function (option), which can realize the workpiece transfer between the two spindle chucks in the state of rotation, reduce the clamping auxiliary time, realize one-time clamping, and complete the two sequence processing of the front and back of the workpiece.




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