24 Ft Planner Type Lathe Machine

Name: 24 Ft Planner Type Lathe Machine
Brand: JAMNAGAR MACHINE TOOLS
Price: 160000.0 INR
Availability: InStock

Price 160000.0 INR/ Unit

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MOQ : 1 Unit

24 Ft Planner Type Lathe Machine Specification

Material
Mild Steel

CNC Or Not
Normal

Automatic Grade
Automatic

Control System
Frequency Speed Control

Max. Swing Diameter
865 Millimeter (mm)

Voltage
240 Volt (v)

Weight (kg)
35 Tonne

Dimension (L*W*H)
450 Micromete (micron)

Feature
High Performance, Lower Energy Consumption, High Efficiency

Color
AD GRAY/ DOUBLE

Warranty
1 YEAR ON MANUFACTURING DEFAULT

24 Ft Planner Type Lathe Machine Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 24 Ft Planner Type Lathe Machine

A 24 FT Planer Type Lathe Machine is a heavy-duty, precision machine tool designed for turning large, long, and heavy cylindrical or flat workpieces. It combines the functions of a lathe and a planer, making it suitable for machining oversized components with high accuracy and rigidity.

The machine features a 24-foot (approximately 7.3 meters) bed length, constructed from high-grade, stress-relieved cast iron to ensure stability, vibration damping, and long service life. The rigid bed supports heavy cutting operations over extended lengths without deflection.

The headstock is robustly built and fitted with hardened and ground gears, providing smooth power transmission and a wide range of spindle speeds. It is capable of handling large-diameter workpieces and heavy loads. The spindle is precision-ground and supported by high-capacity bearings for accurate rotation and durability.

Advanced Performance and Durability

Built for continuous, high-efficiency operation, this 24 Ft Planner Type Lathe Machine utilizes premium mild steel for enhanced durability. The integrated frequency speed control system allows for precise speed adjustments, ensuring seamless machining of large components while maintaining reduced energy consumption. Its robust structure meets heavy-duty industrial needs.

Automated Functions for Enhanced Productivity

With its automatic grading and CNC-but-normal operational mode, this lathe delivers streamlined performance and user-friendly controls. The machine is tailored for manufacturers looking to increase output, reduce manual intervention, and achieve consistent results on sizable workpieces up to 865 mm in swing diameter.

FAQ's of 24 Ft Planner Type Lathe Machine:

Q: How does the frequency speed control system benefit operational efficiency?

A: The frequency speed control system allows operators to precisely adjust spindle speeds, optimizing the machine for various workpieces and cutting requirements. This results in smoother operations, reduced wear and tear, and enhanced energy efficiency.

Q: What is the maximum workpiece size the lathe can accommodate?

A: This lathe machine can handle workpieces with a maximum swing diameter of 865 millimeters, making it ideal for large-scale turning and machining tasks in industrial settings.

Q: Where is the 24 Ft Planner Type Lathe Machine manufactured and supplied?

A: This high-performance lathe machine is manufactured and supplied in India, catering to the needs of various industries requiring robust turning solutions.

Q: When is warranty coverage applicable for this lathe machine?

A: The lathe comes with a one-year warranty that covers any manufacturing defects. Warranty applies from the date of purchase and excludes damage due to improper use or routine wear.

Q: What materials is the machine primarily constructed from?

A: The body and core components of the machine are made from mild steel, providing strong structural integrity and resistance to industrial wear, ensuring long-term reliability.

Q: How can users benefit from the automatic operational grade of this lathe?

A: The automatic grade streamlines the machining process, reducing manual intervention. This leads to higher productivity, consistent results, and improved safety during large-scale industrial operations.