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technical parameter | QT55L | |
Machining Range | Maximum Rotating Diameter (mm) | ¢550 |
Maximum Machining Diamater (mm) | ¢380 | |
Maximum Machining Length (mm) | 600 | |
Storke | X-Axis Storke (mm) | 200 |
Z-Axis Storke (mm) | 630 | |
X-Axis Fast Displacement (m/min) | 30 | |
Z-Axis Fast Displacement (m/min) | 30 | |
Precision | X Positioning Accuracy (mm) | ±0.003 |
Z Positioning Accuracy (mm) | ±0.004 | |
X Repeated Positioning Accuracy (mm) | ±0.002 | |
Z Repeated Positioning Accuracy (mm) |
±0.003 |
|
Spindle Specification | Spindle Nose Specification | A2-6 |
Chuck Specification |
8" |
|
Mechanical Spindle | Spindle Bore (mm) | ¢66 |
Maximum Diameter of Bar (mm) | ¢51 | |
Maximum Revolving Speed of Spindle (rpm) | 4000 | |
Electro-Spindle | Spindle Bore (mm) | ¢66 |
Maximum Diameter of Bar (mm) | ¢51 | |
Maximum Revolving Speed of Spindle (mm) | 4500 | |
Motor Power | Spindle (Kw)(Continuous/30min) | 11 |
X Axis (Nm) | 11 | |
Z Axis (Nm) | 11 | |
Turret | Turret Type | 30° Servo Turret |
Boring Tool Diameter (mm) | ¢40 | |
Square Tool Diameter (mm) |
□25 |
|
Tailstock |
Tailstock Type | Servo tailstock |
Tapered Hole Type | MT-4 | |
Weight | Overall Weight (Kg) | 4300 |
Complete Machine | Length (mm) | 3000 |
Width (mm) | 1800 | |
Height (mm) | 1855 |
·High performance
·High efficiency
·High cost performance
Main features of step-up structure
① The z-direction guide rail is horizontally installed, and the four sliders can evenly share the weight and cutting force of the saddle, reduce the ball wear of the sliders, and extend the service life of the guide rail.
② 5. The inclined bed of high and low level guide rail is in the same state in the process of processing, assembly and use, which can effectively ensure the accuracy of the machine tool.
Main features
Step up structure for bed only (integrated inclined bed + high and low flat guide rail)
① The z-direction guide rail is horizontally installed, and the four sliders can evenly share the weight and cutting force of the saddle, reduce the ball wear of the sliders, and extend the service life of the guide rail.
② The inclined bed of high and low level guide rail is in the same state in the process of processing, assembly and use, which can effectively ensure the accuracy of the machine tool.
Equipped with high-quality belt spindles, each spindle has been tested continuously for 48 hours to ensure that all accuracy meet GB requirements.
Truss manipulator and machine tool are planned and designed as a whole, making the machine tool more compact, more beautiful and more funny to realize automatic processing. Each standard machine is reserved with truss automation interface (column, protection, electrical), which provides convenience for subsequent modification of truss automation for customers.
High end truss automatic lathe
Automation Truss Structure
① Truss manipulator and bed integrated planning, overall design, making the machine more compact, more beautiful, more stable to achieve efficient automatic production.
② The interface of truss automation (column, protection, electric appliance) is reserved for each standard machine Provide convenience for customers to install automation in the future.
③ The truss column is fixed on the lathe body to form a whole, which is not affected by the change of the foundation and is stable without displacement.
④ Integrated planning and design, low truss height, low center of gravity, stable operation.