With our Pipe Threading Lathe, you will achieve precision and efficiency in your pipe threading operations that have never been achieved before. It is a problem-solving equipment that specifically addresses the problems of inefficiency, inaccuracy, and equipment longevity, and provides an easy way for professionals to accomplish the job without fail.
When a large number of objects are considered for large-scale operations, processing bottlenecks and time delays emerge at the thin end of the wedge.
The threads produced by hand tools are uneven and often result in fittings that don't fit properly, leading to heavy rework and losses.
Threading the pipe manually can be risky in several ways, including exposure to cut hazards and strain, as well as incidents related to equipment.
Regular replacement of tools and continuous maintenance efforts consume resources and raise operational costs.
Discover our Pipe Threading Lathe, custom-engineered for precision, very user-friendly, and capable of outstanding blocking and threading for a wide range of industrial operations.
Securely clamp and process large-diameter pipes with ease.
Ultrasonic frequency quenched guide-ways are wear-resistant and have a long service life.
Robust iron construction ensures rigidity, precision, and consistent quality.
Can do threading (taper, internal, external, metric, inch) along with some standard processes such as turning, boring, and facing.
Advanced CNC pipe threading solutions that have impeccable performance and are specifically designed for industrial processes in a variety of industries.
An efficient medium segment solution with a variety of threading applications that can be handled easily and significantly increasing the process of completion in various projects.
Find a high-quality threading lathe for sale which is designed for precision, durability, and industrial lathe requirements.
A pipe threading machine is a specialized equipment used on a lathe to make threads on the outside surface of pipes, and this is crucial for them to be attached firmly to the other connecting parts. For precise and long-lasting threading in pipes or tubings, these machines are a vital part of the process in industries, most especially oil and gas, plumbing, and building and construction. A pipe threading machine, on the other hand, provides leak-proof systems by threading the ends of the pipes, and they remain functional even under very high pressures or critical conditions.
The CNC lathe essentially automates pipe threading, which is crucial in an industry requiring precision and efficiency. With computer numerical control, following already specified instructions, the machine carries out threading operations with precision. Human errors are therefore less probable, and results are consistent through batch runs. CNC lathe automation also means higher capacity with lesser downtime; hence, it optimizes productivity.
The operation of chasing threads in a lathe involves the use of thread chasers or other specialized tools to cut threads into a work material, typically wood or metal, on a rotating lathe. Proper alignment of the tool to the rotating workpiece and controlled movement of the tool along longitudinal lines are necessary to ensure that the threads are uniformly spaced. Thus, thread chasing can be done for both internal and external threads, while perfecting this technique requires hand skills and attention to detail to achieve good results.
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| Specification | Unit | Q1327 | Q1332 | Q1338 | Q1343 | Q1350 |
|---|---|---|---|---|---|---|
| Swing over the bed | mm | 1000 | 1000 | 1000 | 1000 | 1200 |
| Distance between centers | mm | 1500-3000 | 1500-3000 | 1500-3000 | 1500-3000 | 1500-3000 |
| Pipe threading range | mm | 130-270 | 190-320 | 190-380 | 270-430 | 330-510 |
| Spindle bore | mm | 280 | 330 | 390 | 440 | 520 |
| Spindle speed range | rpm | 16-380 | 7.5-280 | 6-205 | 4.9-180 | 4.9-180 |
| Tailstock quill diameter | mm | Φ160 | Φ160 | Φ160 | Φ160 | Φ160 |
| Main spindle motor power | kW | 22 | 22 | 22 | 22 | 22 |
| Net weight | T | 10-11.5 | 11.5-13 | 12.8-14.3 | 13-14.5 | 15-16.5 |
Here’s what our customers say about our Pipe Threading Lathe:
Discover a plethora of expert tips, techniques, and views on the pipe threading lathe machine. The information is especially suitable for beginners as well as professionals who would like to explore their skills.
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From improved work efficiency to improved work accuracy, this investment will revolutionize your approach to threading operations. Contact us today to ensure we address all your business needs. Have access to better results and efficiency in threading today!
A: The functions of a normal engine lathe are turning internal threads and external threads, a very important function for fittings which are to be tied together really tight. The engine lathes do drilling and cutting operations also.
A: Yes, a flat bed CNC lathe can actually be used for automatic pipe threading. Being very stable in design ensures that it will hold its accuracy, making it a good tool for volume threading applications by operations carried out by different industries.
A: The tailstock supports the workpiece during the threading operation to hold it in position and maintain precision. It may also be used with some tools to hold them while drilling or cutting.
A: In taper threading, a tool adjusts the taper motion through a taper guide bar mechanism, and the threads are shaped on standard taper angles.
A: The headstock holds the spindle and motor of the lathe machine. It drives the rotation of the workpiece for operations such as cutting threads and shaping materials.
A: Threading lathe machines are capable of cutting metal pipes, PVC pipes, or pipes made of any other materials. The machine is designed to work with different sizes and thicknesses as are required for various applications.
A: Processing of inside bore and end face of shafts is done on a lathe whereby turning on the internal surfaces and creating flat or contoured end faces takes place. It is important that this be done to provide for proper fitment and functioning in assemblies.
A: Gantry machining setups allow for machining of larger workpieces and performing more complex machining operations as compared to traditional lathes. Traditional lathes are generally turning machines, whereas gantry machining sets allow vertical machining and multi-axis machining capability, very suitable for slightly more complex pipe threading operations.
