Description
This series of CNC slant bed pipe threading lathe is a high-precision, high-efficiency inclined bed automatic machine tool, which can process internal and external threads of pipe workpieces, including cylindrical and conical metric and imperial threads. At the same time, it has the functions of ordinary CNC lathes and can process the outer circle, inner hole, end face and conical surface of various shafts, disks and other workpieces. Equipped with a powerful CNC system, it has comprehensive functions, reliable structure, convenient operation, high processing accuracy and high degree of automation. This series of lathes are widely used in petroleum, metallurgy, chemical industry, water conservancy, geological exploration, agricultural irrigation and drainage and other industries, and can accurately and efficiently complete the processing and repair of pipe threads, drill rods, drill collars, casing and other workpieces.
Specification
| Specification | UNIT | SQK38A×1500 |
| Bed capacity | ||
| Max. swing over bed | mm | 850 |
| Max. swing over cross slide | mm | 650 |
| Max. length of workpiece | mm | 1500 |
| Maximum cutting diameter | mm | Shafts 630 Discs 750 |
| Slant bed layout angle | ° | 45 |
| Max. load capacity | T | 2 |
| Spindle | ||
| Spindle bore | mm | 380 |
| Spindle type | Short cylindrical connection | |
| Maximum workpiece diameter of passing | mm | 370 |
| Mode of spindle speed | Hydraulic two-speed | |
| Range of spindle speed | r/min | 20-600 |
| Motor | ||
| Power of spindle motor | KW | 37 |
| Feed | ||
| Max. traverse of X/Z | mm | X:410 Z:1550 |
| X/Z rapid traverse | mm/min | 10000/10000 |
| Tailstock quill | ||
| Diameter | mm | 180 |
| Travel | mm | 160 |
| Taper | Morse NO.6 | |
| Turret | ||
| Turret model | Horizontal 8-station turret | |
| Tool shank size | mm | 32×32 |
| Chuck | Electric compound chuck | |
| Machine tool dimensions | ||
| Length×Width x Height | mm | 4200×1950×2680 |
| Machine weight | T | 20 |
Main Features
1.Integral structure of inclined bed, with the best processing stability in heavy cutting processing.
2.Box-type guide rail design, good rigidity, small cutting vibration, less tool wear.
3.Large spindle aperture, high passability, front and rear double chucks for stable workpiece clamping.
4.Multiple processes can be completed in one clamping, with good processing accuracy and high production efficiency.
