| SPECIFICATION | Units | QK1327 | | Swing over bed | mm | 800 | | Swing over cross slide | mm | 480 | | Distance between centers | mm | 1000/1500/3000 | | Pipe threading range | mm | 130-270 | | Guideway width | mm | 600 | | Max. load capacity | T | 4 | | Spindle bore | mm | 280 | | Spindle speed steps | - | VF. 4 steps | | Spindle speed range | rpm | 20-420 | | Chuck | mm | φ800 4-jaw manual | | Turret/tool post | - | CNC turret 4 position | | Tool shank size | mm | 32 x 32 | | X axis travel | mm | 420 | | Z axis travel | mm | 850/1350/2850 | | X axis rapid traverse | mm/min | 4000 | | Z axis rapid traverse | mm/min | 6000 | | Tailstock quill diameter | mm | 120 | | Tailstock quill taper | - | MT6 | | Tailstock quill travel | mm | 250 | | Main spindle motor | kW | 15 | | Coolant pump motor | kW | 0.125 | | Weight for 1000 | kg | 6200 | | Weight for 1500 | kg | 6700 | | Weight for 3000 | kg | 7700 | | Dimension for 1000 | mm | 3600x1930x1900 | | Dimension for 1500 | mm | 4100x1930x1900 | | Dimension for 3000 | mm | 5600x1930x1900 |
A pipe thread lathe is a specialized machine used for processing
internal and external threads on tubular workpieces. It has several
characteristics and advantages. Here are its main features: Main FeaturesThe advantages of the CNC pipe thread lathe include: compact
overall structure, beautiful and pleasant appearance, large torque
of the spindle, high rigidity, stable and reliable performance, and
excellent precision retention. The headstock is optimally designed
for turning disc and shaft parts. It can perform processing of
straight lines, arcs, metric and imperial threads, and multi-head
threads. It is suitable for turning disc and shaft parts with
complex shapes and high precision requirements. Both the machine
tool guide rails and the slide saddle guide rails adopt hard guide
rails made of special materials, which undergo high-frequency
quenching, are super-hard and wear-resistant, durable, and have
good retention of processing accuracy. The spindle, which adopts a
high-precision spindle bearing group and undergoes precise assembly
and dynamic balance testing, ensures high spindle accuracy, low
noise and strong rigidity. It is easy to remove chips, has a low
center of gravity, strong resistance to bending, good protection of
components and convenient operation In summary, the pipe thread lathe is widely used in fields such as
petroleum, chemical engineering, and mining due to its versatility,
efficiency, automation, and excellent structural design. |
