YISHUI Qk1350 Automatic Pipe Threading Machine CNC Pipe Nipple Threading Machine in Wenzhou, Zhejiang, China
New
Doubleclick to zoom in
Contact the seller for
additional photos and information.
Specifications
- Condition
- new
- Swing over cross slide
- 710 mm
- Distance between centers
- 1500/3000 mm
- Guideway width
- 330-510 mm
- Max. load capacity
- 765 mm
- Spindle bore
- 6 T
- Spindle nose type
- VF.3 steps -
- Spindle speed range
- 8-190 rpm
- Chuck
- Φ1000 4-jaw electric mm
- Tool shank size
- 50×50 mm
- Z axis travel
- 1250/2750 mm
- X axis rapid traverse
- 4000 mm/min
- Z axis rapid traverse
- 4000 mm/min
- Tailstock quill taper
- MT6 -
- Tailstock quill travel
- 300 mm
- Coolant pump motor
- 0.25 kW
- Length
- 5000/6500 mm
- Category
- Lathes in China
- Subcategory
- Pipe threading lathe
- Listing ID
- 106130662
Description
This series YISHUI CNC Pipe threading lathe is mainly designed for processing internal and external pipe threads including metric, inch, module, DP and taper threads, as well as having all the common functions of normal CNC lathe such as processing the inner bore and end face of shafts and disks. This series lathe machine is widely used in industries including petroleum exploiting, minerals mining, chemical piping and geological prospecting, it is high-efficiency equipment in processing and repairing drilling pipe, drilling rod, thread coupling and so on.
1.Big spindle bore and double chuck to ensure process big diameter pipe.
2.One-piece bed adopts high strength iron to ensure rigidity and precision.
3.Ultrasonic frequency quenched guide-ways ensure good wear-resistance.
4.Carriage and guide way contact surface use Turcite B to maintain accuracy.
Stander Configuration
1. Siemens controller
2. NC turret
3. Automatic Lubrication
4. Coolant Pump
5. Semi-shield
Optional Configuration
1. Fanuc or other brand CNC controller
2. Quick change tool post
3. Hydraulic turret or Power turret
4. Pneumatic chuck
5. Hydraulic tailstock
6. Pneumatic position limiter
7. Tool setting arm
8. Full-shield
