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6-Ton Heavy Duty Large Diameter Lathe CW61160: Stable Precision For Large Component Machining

6-Ton Heavy Duty Large Diameter Lathe CW61160: Stable Precision For Large Component Machining

22Kw Heavy Duty Manual Metal Lathe

CW61160 Heavy Duty Manual Metal Lathe

CW61160 big lathe machine

Place of Origin:

Anyang, Henan

Brand Name:

Authorized Anyang Product

Certification:

CE Certifications

Model Number:

CW61160

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Product Details
Max.swing Over Bed::
1640mm
Width Of The Bed Guide Rail::
755mm
Load-bearing::
6 Tons
Main Motor Power::
22Kw
Tool Cross-section:
45x45 Mm
Spindle Through-hole:
¢130 Mm
Highlight:

22Kw Heavy Duty Manual Metal Lathe

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CW61160 Heavy Duty Manual Metal Lathe

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CW61160 big lathe machine

Payment & Shipping Terms
Minimum Order Quantity
1
Price
Start from 36900 USD/set
Packaging Details
Plywood Case
Delivery Time
30 days
Payment Terms
T/T
Supply Ability
50 sent/month
Product Description

6000kg Heavy Duty Large Diameter Lathe CW61160: Stable Precision for Large Component Machining

Model: CW61160 | Core Keyword: heavy duty lathe, large diameter lathe, CW61160

Heavy Duty Lathe Overview & Performance

Heavy duty lathe CW61160 is engineered for demanding turning operations on large-scale maritime, energy, and mining components. 

Supporting up to 6,000 kg (6 tons) between centers, this large diameter lathe features a 1,640 mm max swing over bed and an ultra-wide 755 mm bed guide rail to absorb cutting forces and eliminate bed deflection during deep roughing passes.

Powered by a 22 kW main motor paired with an oil-bath lubrication system, the CW61160 provides 21 forward spindle speeds ranging from 3.15 to 315 RPM, delivering high gear-driven torque at low speeds for heavy alloy turning. 

CW61160 Features

  • 755 mm wide induction-hardened cast iron bed rail minimizes structural deflection, absorbs chatter, and ensures long-term alignment under 6-ton static loads.
  • 22 kW main motor with an oil-bath lubrication system delivers 21 forward speeds (3.15–315 RPM) for continuous heavy cutting with carbide tooling.
  • 160 mm tailstock quill with an MT6 center taper supports heavy workpiece ends and prevents slender shaft whip during aggressive turning passes.

  • 45x45 mm tool holder cross-section provides high resistance to flex and vibration during deep cutting and heavy facing operations.

  • Swiveling upper tool post (±90° rotation, 300 mm travel) enables precise short and steep taper cutting without saddle repositioning.
  • Workpiece turning lengths available from 1,500 mm to 14,000 mm to accommodate diverse components from short big-bore flanges to long transmission shafts.
  • 160mm oversized tailstock sleeve and synchronized upper tool post enable accurate short/long taper machining
  • Standard accessories include 4-jaw chuck, high-flow coolant system, 24V work light, anchor bolts, maintenance toolkit, and complete technical documentation.

Lathe Technical Specifications CW61160

Parameter Specification
**Capacity**
Max. swing over bed 1640 mm
Max. swing over carriage 1250 mm
Max. workpiece length 1500/2000/3000/4000/5000/6000/8000/10000/12000/14000 mm
Max. Turning length 1300/1800/2800/3800/4800/5800/7800/9800/11800/13800 mm
Width of the bed guide rail 755 mm
**Spindle**
Spindle through-hole ¢130 mm
Spindle hole front end taper Metric 140 mm
Number of spindle forward rotation types 21
Spindle forward speed range 3.15–315 rpm
Number of spindle reverse rotation types 12
Spindle reverse speed range 3.5–291 rpm
**Feed**
Number of longitudinal and transverse feed rates per spindle revolution 56
Longitudinal feed rate range 0.1–12 mm
Transverse feed rate range (half of longitudinal) 0.05–6 mm
Upper tool post feed rate range (1/4 of longitudinal) 0.025–3 mm
**Thread Capacity**
Metric threads 44 types (1–120 mm)
Inch threads 31 types (28–1/4 T.P.I)
Module threads 45 types (0.5–60 mm)
Dia. threads (DP) 38 types (56–1/2)
**Tool Post**
Vertical distance from spindle center to tool mounting base 48 mm
Tool cross-section 45x45 mm
Tool post rotation angle ±90°
Max. travel of the saddle 1450/1950/2950 mm
Max. transverse travel of lower tool post 630 mm
Max. travel of upper tool post 300 mm
Travel per dial division (upper/lower tool posts) 0.05 mm
Rapid traverse speed (Longitudinal/Transverse) 3740/1870 mm/min
Compound rest rapid traverse speed 935 mm/min
**Tailstock**
Sleeve diameter ¢160 mm
Sleeve travel 300 mm
Center sleeve taper MT.6
**Power**
Main motor power 22 Kw
Main motor speed 1460 rpm
**Lubrication System**
Oil cylinder working pressure 25 Kg/cm
Gear pump flow 10 L/min
Gear pump speed 1450 rpm
**Max. Load of the Lathe** 6 T
**Weight & Dimensions**
Height 2150 mm
Width 2150 mm
Length 4600/5100/6100/7100/8100/9100/11100/13100/15100/17100 mm
Net weight 10900/11400/12900/14400/15900/16600/18000/19400/20800/22200 kg

Accessory Configurations

Accessory Configuration
4-Jaw chuck Standard
Lightning device Standard
Coolant device Standard
Support tool box Standard
Operation manual Standard
Qualified instructions Standard
Packing list Standard

FAQ

Q: What industries and applications is the CW61160 heavy duty lathe designed for?

A: The CW61160 is designed for heavy machinery, marine engineering, energy, and mining manufacturing. It excels at turning large-diameter marine propeller shafts, turbine rotors, heavy hydraulic cylinders, mill rolls, and large flanges that require high torque and rigid structural support.

Q: How does the 755 mm bed width benefit heavy-duty machining?

A: A wider bed increases the distance between the front and rear guide rails, which lowers the machine's center of gravity and distributes the 6000kg load evenly. This prevents saddle twisting, dampens high-frequency cutting vibrations, and maintains axial straightness across long machining lengths.

Q: How does the CW61160 handle slender shafts to prevent deflection and whip?

A: To prevent shaft whip on long workpieces, the CW61160 heavy duty lathe utilizes a rigid 160 mm diameter tailstock sleeve with MT6 taper support. For workpieces where the length-to-diameter ratio (L/D) exceeds 4:1, optional steady rests (20-125mm/100-250mm) and follower rests should be used along the bedways to eliminate sagging and chatter.

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