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Heavy Duty Lathe Machine

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MOQ : 1 Piece

Heavy Duty Lathe Machine Specification

Dimension (L*W*H)
3200 x 900 x 1400 mm

Condition
New

Used For
Metal Turning, Thread Cutting, Drilling, Facing, Knurling

Capacity
1500 mm Swing Over Bed

Manufacturing Year
2024

Feature
Robust Construction, High Precision, Smooth Operation

Voltage
415 V

Machine Type
Heavy Duty Lathe Machine

Weight
2400 kg

Output
High Accuracy Metal Components

Color
Blue & White

Power
7.5 HP

Spindle Speed Range
30 - 1200 rpm

Spindle Bore
80 mm

Chuck Size
400 mm

Drive Type
Gear Drive

Machine Base Material
Cast Iron

Tailstock Quill Travel
250 mm

Electrical Control
Semi Automatic

Coolant System
Included

Carriage Travel
1900 mm

Number of Spindle Speeds
12

Distance Between Centers
2000 mm

Bed Width
375 mm

Lead Screw Diameter
35 mm

Heavy Duty Lathe Machine Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
1 Week

About Heavy Duty Lathe Machine

Heavy Duty Lathe Machine

Make: ORLIEKON

Total Lenght ; 43

Chuck size : 1500mm

Center height : 900mm

Swing over bed ; 1800mm

Swing over slide ; 1200mm

Working Width : 1500mm

Working Length : 11 Meter

Three heavy duty Steady guides

Complete with motor Pendant full running trial.

Precision Engineering for Demanding Applications

This Heavy Duty Lathe Machine stands out with its high-accuracy output and robust engineering. Designed to accommodate substantial workloads, its 1500 mm swing over bed makes it suitable for machining larger metal components with ease. The semi-automatic electrical control simplifies operation, ensuring consistent performance for batch production or custom jobs.

Built to Last with Advanced Features

The lathe is constructed on a strong cast iron base, providing exceptional durability and vibration resistance during intensive machining. Its integrated coolant system maintains optimal operating temperature, protecting both the tool and workpiece. This thoughtful design ensures a long service life, smooth carriage travel, and minimal maintenance.

FAQ's of Heavy Duty Lathe Machine:

Q: How does the heavy duty lathe machine enhance metal turning operations?

A: The machine's stable cast iron base, 1500 mm swing over bed, and gear drive system support precise turning even for large or heavy workpieces. Its high-power 7.5 HP motor and 12 spindle speed options enable operators to select optimum settings for various metals, resulting in smoother surfaces and consistent accuracy.

Q: What are the key benefits of using this lathe machine for industrial applications?

A: Key benefits include high accuracy, robust construction, wide carriage travel of 1900 mm, and efficient multi-tasking such as turning, thread cutting, drilling, facing, and knurling. Its large spindle bore (80 mm) and lengthy distance between centers (2000 mm) cater to diverse industrial requirements.

Q: When should businesses consider acquiring this type of lathe machine?

A: Businesses should consider this machine when they require high-precision metalworking for long and heavy components, demand flexibility in speed and operation, and value robust, low-maintenance machinery that supports high-volume or custom production.

Q: Where is this heavy duty lathe machine typically installed and used?

A: This lathe is commonly installed in manufacturing plants, workshops, and service centers, particularly in sectors such as automotive, aerospace, fabrication, and heavy machinery industries across India and for export purposes.

Q: What is the process for operating the machine's semi-automatic electrical controls?

A: After securely mounting the workpiece and selecting the appropriate spindle speed from the 12 available options, operators use the user-friendly semi-automatic controls to manage spindle rotation, tool movement, and coolant flow, optimizing each operation for safety and accuracy.

Q: How can users maximize the longevity and precision of this lathe machine?

A: Regular maintenance, such as coolant refilling, lubrication, and periodic alignment checks, helps ensure longevity. Utilizing the correct spindle speeds, lead screw settings, and proper machine base support also maintains high-precision performance over time.

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