Q245 Pipe Threading Lathe Machine

Features
1. The Q245 pipe threading lathe machine is fitted with the tapered roller bearing to ensure the spindle has sufficient rigidity.
2. The spindle of the product has large diameter bore. It is matched with the front and rear double chucks. The electric chuck is also available if customers have the needs.
3. The brake and the rotation direction change of the spindle are implemented via the hydraulic control. Meanwhile, the spindle brake is sensitive and reliable. The headstock of the product is completed with the forced lubricating by using hydraulic oil.
4. Due to the supersonic frequency hardening, the machine bed slide way of the pipe threading lathe machine are durable and wear resistant. The saddle slide way is designed with the structure of inlaying wear-resisting material to eliminate the stick-slip motion phenomenon.
5. The width of the machine bed is increased to 600mm, improving the rigidity of the machine largely. The product can realize heavy cutting to the high strength material.
6. We can heighten the headstock or lengthen the machine bed according to customers’ requirements to increase the processing range of the machine.

Application Range
The pipe threading lathe machine is the special equipment for the fields involving oil drilling, geology and metallurgy to process diversified pipes and pipe threads. It primarily serves for lathing the pipe thread, and processing the metric and inch thread of circular cylinder and taper tube. The machine can also be used for processing the outer circle, hole boring, and the inside and outside conical holes. It is very suitable for processing and repairing the pipes and fittings.

Manufacturing Equipment
The equipment for manufacturing the pipe threading lathe machine involves supersonic frequency induction hardening machine, slideway grinding machine, gantry milling machine, gantry planing machine, CNC boring machine tool, etc.

Related Names
Oil Drilling Pipe Processing Machine | Conventional Lathe | Internal Boring Lathe