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Heavy Duty Conventional Lathe

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MOQ : 1 Unit

Heavy Duty Conventional Lathe Specification

Product Type
Heavy Duty Conventional Lathe

General Use
Metal Turning, Thread Cutting, Facing, Drilling

Material
Cast Iron body; Alloy steel spindle

Type
Other

Capacity
Between Centers: 1500-3000 mm, Swing Over Bed: 400-600 mm

Weight (kg)
2500 - 3500 kg (approx)

Computerized
No

Automatic
No

PLC Control
No

Power Source
Electric

Power Consumption
7.5 kW (approx)

Voltage
415 V

Table Size
Not Applicable (Lathe Bed: ~300mm-400mm Width)

Spindle Speed
25 - 1600 rpm (Variable)

Axial Choice
Manual and Automatic (Feeds and Threads)

Dimension (L*W*H)
3900 mm 1100 mm 1300 mm (approx)

Color
Industrial Green / Grey

Carriage Travel
1500 mm max

Width of Bed
400 mm

Lead Screw Diameter/Pitch
40 mm / 6 mm

Distance Between Centers
1500 mm - 2000 mm

Tailstock Quill Travel
200 mm

Chuck Size
315 mm - 400 mm (3-jaw or 4-jaw chuck compatible)

Noise Level
< 85 dB(A)

Lubrication System
Automatic bed lubrication

Spindle Bore
80 mm

Surface Finish
Ra 1.6 m

Thread Range
0.5 to 14 mm pitch (metric); 2 to 60 TPI (imperial)

Swing Over Bed
600 mm

Lamp
Flexible machine work light included

Coolant System
Integrated with electric pump

Bed Length
2000 mm - 3000 mm (varies by model)

Toolpost Type
4-way toolpost

Heavy Duty Conventional Lathe Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
Days

Main Domestic Market
All India

About Heavy Duty Conventional Lathe

Step into the spotlight with our Heavy Duty Conventional Lathe-an exclusive promotion for those seeking pivotal machining capabilities. Designed for preeminent performance, this machine features an ineffable combination of power and precision: swing over bed of 600 mm, a robust bed length up to 3000 mm, and a highly rigid cast structure. Compatible with both 3-jaw and 4-jaw chucks, the lathe integrates advanced features like automatic bed lubrication and an electric coolant system, ensuring seamless operation while maintaining an impressive surface finish of Ra 1.6 m.

Versatile Applications and Superior Surface Results

Engineered for industrial sectors, this lathe excels in turning, facing, thread cutting, and drilling of metals. Its hardened, precision-ground bedways and flame-hardened guideways guarantee consistent accuracy, meeting stringent surface finish demands for automotive, aerospace, and fabrication workshops. With diverse usage and application potential, its robust design ensures reliability in heavy engineering tasks, making it pivotal for both repetitive production and intricate custom jobs across various industries.

Global Reach, Secure Packaging, and Domestic Availability

With the arrival of every lathe, we ensure meticulous packaging, utilizing sturdy crating for safe transportation. The machine enjoys consistent demand at favorable rates in preeminent export markets in Asia, Africa, and the Middle East, complemented by rapid domestic market expenditure across major industrial hubs in India. Each lathe is shipped ready for installation, helping manufacturers control costs and accelerate project delivery timelines.

FAQ's of Heavy Duty Conventional Lathe:

Q: How does the automatic bed lubrication system benefit the machine?

A: The automatic bed lubrication system ensures consistent lubrication of vital components, reducing wear and extending the machine's lifespan while enhancing operational smoothness.

Q: What types of metalworking applications is this lathe suitable for?

A: This heavy duty conventional lathe is ideal for metal turning, thread cutting, facing, and drilling operations, making it suitable for a variety of industrial and engineering applications.

Q: Where can this lathe be installed for optimal usage?

A: The machine is best utilized in manufacturing plants, fabrication workshops, and machine shops that require high precision and robust performance for heavy-duty tasks.

Q: What is the process for setting up the lathe upon arrival?

A: Upon arrival, the lathe should be unpacked carefully, placed on a level surface, connected to a 415V power supply, and checked for proper alignment and lubrication before initiating operations.

Q: When is it beneficial to use a 3-jaw or 4-jaw chuck with this lathe?

A: A 3-jaw chuck is typically used for quickly holding round or hexagonal workpieces, while a 4-jaw chuck offers greater flexibility and precision in holding irregular or square pieces.

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