Introducing the Turning-Milling Compound CNC Lathe, the ultimate solution for precision machining and fabrication.
At its core, this state-of-the-art machine is designed to deliver the highest level of accuracy, efficiency, and versatility to meet the needs of today's modern manufacturing processes. Our Turning-Milling Compound CNC Lathe is engineered with cutting-edge technology to handle a wide range of operations, including turning, milling, drilling, and tapping, with precision and speed.
The Turning-Milling Compound CNC Lathe is also equipped with a high-speed spindle motor, enabling faster and more accurate cutting speeds. This feature is especially useful in complex machining operations where high-precision and fast turnaround times are crucial.
Moreover, the CNC controls incorporated into this machine are designed to be user-friendly, making it easy for operators of all levels to quickly and accurately set up and execute machining operations. This makes it an ideal choice for job shops, small businesses, and larger manufacturing facilities.
Another standout feature of our Turning-Milling Compound CNC Lathe is its ability to handle large workpieces of various sizes and shapes. With its large swing over bed and generous distance between centers, this machine can handle almost any job thrown its way.
In conclusion, the Turning-Milling Compound CNC Lathe is a first-class machine that offers exceptional value for its price. Its precision, versatility, and ease of operation make it an excellent choice for anyone looking to streamline their manufacturing operations and gain a competitive edge in the market.
item | Model of lathe | unit | CK46DTY | CK52DTY |
Processing scope | Maximum rotation diameter of the spindle | mm | Ø 600 | |
Maximum turning outer circle length | mm | 300 | ||
Maximum bar diameter | mm | Ø 45 | Ø 55 | |
principal axis | Maximum spindle speed | r/min | 6000(setting 4500) | 4200(setting 3500) |
Spindle head type |
|
A2 - 5 | A2 - 6 | |
Spindle through-hole diameter | mm | Ø 56 | Ø 66 | |
feed | X/Z/Y axis maximum stroke | mm | 800/400/±60 | |
90 ° power head passing through the center of the spindle | mm | 60 | ||
Maximum fast movement of X/Z/Y axis | m/min | 24(setting 18) / 24(setting 18) /15(setting 12) | ||
X/Z/Y axis screw rod | mm | 32/32/32 | ||
X/Z/Y axis roller track | mm | 35/35/35 | ||
Power turret |
Power turret model (power turret) | BMT | BMT45,Optional BMT55 | |
Power head collet | ER | ER25 | ||
Fixed tool holder size | mm | 25X25 | ||
Bore holder shank diameter | mm | Ø25 | ||
Tailstock | Main motor power/torque | KW/Nm | 7.5 KW/rated 47Nm | 11KW/rated 72Nm |
X/Z/Y axis motor power/torque | KW/Nm | yaskawa 1.8KW/11.5N. Optional new generation2.4 KW/rated 11.5Nm | ||
Maximum speed of turret power motor | r/min | 80000°(power head ≤7000 change,90°power head ≤6000 change) | ||
Power head motor power/torque | KW/Nm | 8.5 KW/rated 16.5Nm | ||
Power/torque of turret tool changing motor | KW/Nm | New generation1.0 KW /3.1NM | ||
other | Spindle positioning brake device |
|
hydraulic pressure | |
Bed inclination | ° | 35° | ||
Machine tool length X width X height | mm | 2200X1500X1900 | ||
Total weight of the entire machine | KG | 3900KG | ||
Total power | kw | 15 | ||
Average power consumption | kw/h | 3 |
Machine accuracy,Jingfus factor standard : | ||||||||
Major test item | Schematic diagram | Factory standard | ||||||
Spindle radial beat | Detect runout of outer cone | 0.0035 | ||||||
X-axis repeat position | Detect repeated positioning of the X-axis. Note: First predict about 50 times to offset the error of the cold engine and hot engine, and then detect the repeated positioning. | 0.003 | ||||||
Z-axis repeat position |
|
Detect repeated positioning on the Z axis. Note: First predict about 50 times to offset the error of the cold engine and hot engine, and then detect the repeated positioning. | 0.003 | |||||
Y-axis repeat position | Detect repeated positioning on the Y axis. Note: First predict about 50 times to offset the error of the cold engine and hot engine, and then detect the repeated positioning. | 0.004 | ||||||
C axis repeat position | Detect the repositioning of the C-axis fixed point, note: first predict about 50 times to offset the error of the cold engine and hot engine, and then detect the repeated positioning | 20 arc seconds | ||||||
C axis position rotary | Detect the random position accuracy of the C-axis, note: first predict about 50 times to offset the error of the cold engine and hot engine, and then check the repeated settings | 72 arc seconds | ||||||
Power head clamping beat | Cone beat | 0.015 | ||||||
Power head clamping beat |
|
Clamping beating | 0.01 | |||||
If the customer wants to test the ISO or VD1 accuracy of X/Z/Y axis, it shall be determined at the time of writing the contract. The customer must test this item at the same time of the initial acceptance of Jingfusi Factory. | ||||||||