CNC lathes can achieve highly precise machining through precise control, ensuring the size and quality of machined parts.
CNC lathes can perform many different types of machining operations, such as turning, boring, tapping, etc., to meet the needs of complex parts processing.
The features of CK6150X1000 Flat Bed CNC Lathe are as follows:
Efficient production: CNC lathes can realize continuous and automatic processing, greatly improve production efficiency and reduce operator intervention.
Flexibility: By changing machining programs and parameters, CNC lathes can be adapted to different types of parts machining, thus providing greater flexibility.
Reduce human errors: The operation of CNC lathes relies on pre-written programs, which reduces possible errors in human operations.
Machining complex parts: CNC lathes can process complex shapes and simulated parts through precise trajectory control and multi-axis operation.
Data recording and analysis: Some CNC systems can record data during machining, and then analyze and optimize the machining process.
Reduced production costs: While CNC lathes can be more expensive to purchase and maintain, they can reduce overall production costs in the long run through increased productivity and reduced scrap rates.
Medical Device Industry: Medical devices often require precision machining to ensure their performance and reliability. CNC lathes can process various parts of medical devices, such as implants, surgical instruments, etc.
Energy industry: In the energy field, CNC lathes are used to process key components of various energy equipment, such as generator parts, turbine parts, etc.
Item | Unit | CK6150*1000 |
Max swing over bed | mm | Φ500 |
Maximum swing over slide | mm | Φ290 |
Maximum cutting diameter | mm | Φ500 |
Maximum processing length | mm | 1000 |
X/Z axis maximum stroke | mm | 300/1000 |
X/Z axis minimum displacement unit | mm | 0.001 |
Spindle hole diameter | mm | Φ82 |
Diameter of tailstock sleeve | mm | Φ65 |
Machine size | mm | 3030*1600*2050 |