| Customization: | Available |
|---|---|
| After-sales Service: | 1 Year |
| Warranty: | 1 Year |
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The CK6132 digital control lathe has several significant advantages compared to traditional CNC lathes:
High Precision: The CK6132 digital control lathe employs more precise measurement and control technologies, enabling higher machining accuracy and stability. Real-time measurement of the workpiece and tool positions allows for timely compensation, reducing machining errors and enhancing precision.
High Efficiency: During machining, the CK6132 lathe can monitor the status of workpieces and tools in real-time, adjusting machining parameters accordingly to effectively improve machining efficiency. Precise control of the machining process also reduces debugging and scrap rates, thereby increasing overall production efficiency.
High Automation Level: Integrated with advanced sensors and automatic control systems, the CK6132 lathe achieves a higher degree of automated machining. Operators typically only need to set machining programs and monitor the process, significantly lowering skill requirements and reducing errors caused by human factors.
Strong Adaptability: The CK6132 lathe can accommodate complex machining requirements and diverse types of workpieces. Flexible programming and adjustments enable quick adaptation to different machining tasks, reducing setup and changeover times and improving equipment utilization.
Data-driven Management: The CK6132 lathe allows for recording and analysis of machining data, facilitating optimization and management of the production process. Through data analysis, potential issues can be identified and addressed, further enhancing production efficiency and quality.
Overall, the CK6132 digital control lathe offers clear advantages over traditional CNC lathes in terms of precision, efficiency, automation, adaptability, and data-driven management. It is a key equipment widely applied in modern manufacturing industries.
| ITEM | UNIT | PARAMETERS |
| CNC system | GSK | |
| Swing over bed | mm | 300 |
| Max. rotation diameter of the support plate | mm | 180 |
| X-axis Max. strok | mm | 600 |
| Z-axis Max. strok | mm | 550 |
| X-axis rapid traverse speed | mm/min | 8000 |
| Z-axis rapid traverse speed | mm/min | 8000 |
| Spindle through-hole | mm | 48 |
| Spindle head specifications/taper | A2-5/21° | |
| Main motor power | kw | 4/5.5 |
| Spindle speed | rpm | 3000 |
| Tool holder form | Four-position tool turret | |
| Tool handle specification | mm | 20*20 |
| Quasi compact mode | Pneumatic clamping/Three-claw chuck | |
| X-directiong motor torque | 4 | |
| Z-directiong motor torque | nm | 4 |
| X/Z motor connection method | Direct connection | |
| X-axis lead screw specification | 2506 | |
| Z-axis lead screw specification | 4006 | |
| Tailstock center cone hole | MT-4 | |
| Repetitive positioning accuracy | mm | 0.01 |
| Positioning accuracy | mm | 0.02 |
| Cooling water pump power | w | 120 |
| External dimensions of machine tools | mm | 1900*1300*1600 |
| Net weight of machine tool | kg | 1200 |
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