Introduction of heavy duty turning lathe
A heavy duty lathe is a powerful and versatile machine tool widely used in various industrial sectors for shaping, cutting, and machining large and heavy workpieces with high precision. Its robust construction and advanced capabilities make it an indispensable asset in manufacturing, repairing, and prototyping processes. Below are the key advantages, notable features, and common applications of heavy duty lathes, highlighting their valuable contribution to modern industry.
Applications of heavy duty turning lathe:
Automotive Industry: Machining engine components, drive shafts, gears, and other heavy parts requiring precise dimensions and high strength.
- Aerospace Sector:
Manufacturing large, high-precision aerospace parts with demanding quality standards.
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- Heavy Equipment Manufacturing:
Producing parts for construction machinery, agricultural equipment, and mining vehicles.
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- Oil and Gas Industry:
Fabricating large valves, pipes, and drilling equipment that require heavy machining.
03
- Shipbuilding:
Creating massive components like propeller shafts and rudder stocks that are essential for marine vessels.
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- General Engineering Workshops:
Handling custom machining tasks, repairs, and prototyping for a variety of industries.
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Features of heavy duty turning lathe:
- Robust Frame and Bed:
Typically constructed from cast iron or similar materials, ensuring stability and resistance to deformation under heavy loads.
- Large Swing Over Bed and Distance Between Centers:
Enables machining of large diameter and long components.
- Powerful Spindle and Chuck:
Provides ample torque for tough machining operations and secure clamping of workpieces.
- Precision Lead Screws and Feed Drives:
Facilitate smooth and accurate movement of the tool post and carriage.
- Advanced Control Systems:
Many heavy duty lathes include CNC or semi-automatic controls for improved accuracy and ease of operation.
- Optional Attachments:
Such as steady rests, follow rests, and tailstocks to support complex machining processes.
Applications of Heavy Duty Lathe:
- Automotive Industry:
Machining engine components, drive shafts, gears, and other heavy parts requiring precise dimensions and high strength.
- Aerospace Sector:
Manufacturing large, high-precision aerospace parts with demanding quality standards.
- Heavy Equipment Manufacturing:
Producing parts for construction machinery, agricultural equipment, and mining vehicles.
- Oil and Gas Industry:
Fabricating large valves, pipes, and drilling equipment that require heavy machining.
- Shipbuilding:
Creating massive components like propeller shafts and rudder stocks that are essential for marine vessels.
- General Engineering Workshops:
Handling custom machining tasks, repairs, and prototyping for a variety of industries.
Maximum Performance and Precision
Turning lengths :
3000mm up to 20000 mm
Workpiece weights :
from 1 ton to 32 ton
Torques :
from 12,500 Nm to max. 135,000 Nm
Cutting Forces:
45 kN to 160 kN
Technical parameter:
|
Model |
Units |
CW61100B |
CW61125B |
CW61140B |
CW61160B |
|
Max. swing dia. over a bed |
mm |
Φ 1000 |
Φ 1250 |
Φ 1400 |
Φ 1640 |
|
Max. swing dia. over cross slide |
mm |
Φ 615 |
Φ 865 |
Φ 1015 |
Φ 1250 |
|
Distance between two centers |
mm |
1500/ 3000/ 5000/ 6000/ 8000/ 10000/ 12000/ 1400 / 16000/ 18000 |
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|
Max. turning length |
mm |
1300/ 2800/ 4800/ 5800/ 7800/ 9800/ 11800/ 13800/ 15800/ 17800 |
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|
Max. weight of workpiece |
kg |
6000 |
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|
Width of guideway |
mm |
755 |
|||
|
Spindle bore |
mm |
Φ 130 |
|||
|
Spindle taper |
- |
Metric 140 |
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|
Spindle speeds (Forward) |
rpm |
3.15-315 (21) |
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|
Spindle speeds (Reverse) |
rpm |
3.5-291 (12) |
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|
No. and range of Metric thread |
mm |
1-120 (44) |
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|
No. and range of Inch thread |
TPI |
28-1/4 (31) |
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|
No. and range of Module thread |
MP |
0.5-60 (45) |
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|
No. and range of Diametrical pitch |
DP |
1/2-56 (38) |
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|
Section of the tool shank |
mm |
45×45 |
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|
Tool post swing range |
° |
±90° |
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|
Max. travel of the top slide |
mm |
300 |
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|
Max. travel of the cross slide |
mm |
520 |
580 |
580 |
630 |
|
Tailstock quill diameter |
mm |
Φ 160 |
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|
Tailstock quill travel |
mm |
300 |
|||
|
Tailstock quill taper |
- |
MT6 |
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|
Main motor power |
kw |
22 |
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Accessories:
|
Standard: √ Metric or Inch version √ A left handwheel on the apron √ 4-jaw chuck √ Steady rest √ Follow rest √ 4-way tool post √ Manual moving tailstock √ Dead center √ Halogen lamp √ Cooling system √ Operator manual |
Optional: ★ 2 or 3-axis digital indicator ★ 4-jaw chuck ★ Chuck & tool post guard ★ Full-length rear splash guard ★ Electric moving tailstock ★ Rolling support ★ Steady rest |
Producing sight












Certification
Anyang XS small turning lathe design and produce according to the ISO 9001, ISO14001, we also owned the CE, UL certifications.

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