YK52S 90 degree bed double-head butt turning and milling compound CNC lathe
YK52S is mainly used for a variety of precision and complex disk, shaft workpiece batch processing.
1. The X-axis is perpendicular to the 90-degree power turret. Double-spindle automatic docking turning is combined with Y-axis, C- axis and power tools. It is a powerful¡°integrated¡±processing solution. The opposite main and auxiliary spindles support synchronous rotation docking to reduce cycle time.
2.X, Y, Z1, Z2 axes are all supported by large-size precision heavy-duty roller rails, with strong support rigidity and high guiding accuracy.
3. The main and auxiliary spindles are all precision high-speed high-power motorized spindles, equipped with precision bearings, which can obtain high-precision, high-carrying capacity, high-speed optimization and durability.
4. Lock nuts are made of high-precision accessories, with pre-stretching assembly process, thermal deformation is small, high transmission accuracy.
YK52S 90 degree bed double-head butt turning and milling compound CNC lathe
YK52S is mainly used for a variety of precision and complex disk, shaft workpiece batch processing.
1. The X-axis is perpendicular to the 90-degree power turret. Double-spindle automatic docking turning is combined with Y-axis, C- axis and power tools. It is a powerful¡°integrated¡±processing solution. The opposite main and auxiliary spindles support synchronous rotation docking to reduce cycle time.
2.X, Y, Z1, Z2 axes are all supported by large-size precision heavy-duty roller rails, with strong support rigidity and high guiding accuracy.
3. The main and auxiliary spindles are all precision high-speed high-power motorized spindles, equipped with precision bearings, which can obtain high-precision, high-carrying capacity, high-speed optimization and durability.
4. Lock nuts are made of high-precision accessories, with pre-stretching assembly process, thermal deformation is small, high transmission accuracy.
Processing capacity
Maximum turning diameter of the bed | mm | §æ420 |
Maximum turning diameter on the carriage | mm | §æ250 |
Maximum processing length | mm | 460 |
Max. turning diameter | mm | §æ400 |
interference diameter | mm | §æ200 |
Spindle
Spindle nose | - | A2-6 |
Spindle through hole | mm | §æ67 |
Maximum bar diameter over spindle | mm | §æ52 |
Spindle bore taper | Metric 70£¨1£º20£© | |
Spindle motor power | kw | 22 |
Chuck size | inch | 8 |
Maximum speed | rpm | 4000 |
countershaft
Sub-spindle nose | - | A2-5 |
countershaft through hole | mm | §æ56 |
Maximum bar diameter across the countershaft | mm | §æ46 |
Taper of countershaft bore | MT | 6# |
Auxiliary spindle motor power | kw | 11 |
Chuck size | inch | 6 |
Maximum speed | rpm | 5000 |
Control axis parameters
Control shaft travel | mm | Z1500 Z2500 X240 Y¡À50 |
Rapid movement of control axis | m/min | Z124 Z224 X22 Y18 |
Repeated positioning accuracy | mm | X0.003 Y0.003 Z10.005 Z20.005 |
Cutter form
Knife Tower | - | 12-125-380-BMT55 |
Cross-sectional area of cutter bar | mm | 25*25/§æ32 |
Other parameters
Programming mode | ISO standard | |
Cooling motor | w | 550 |
Specifications
Dimensions | 2570*1780*2600 | |
Weight | kg | About 5000 |
Note: In the technical parameters,¡°¡ö¡±represents optional items.
As the technical parameters are constantly updated, the technical parameters are subject to the actual equipment parameters, and the final interpretation right belongs to the manufacturer.
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