Divine Industries

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

lathe machine manufacturers in Hazaribag
 Key Details of a Lathe Machine 1. Main Components:
Bed: Rigid base that holds the entire assembly.
Headstock: Contains the motor, spindle, and drive system.
Tailstock: Supports the other end of the workpiece and can hold tools.
Carriage: Moves along the bed; holds and moves the cutting tool.
Lead Screw & Feed Rod: Used for threading and automatic feed.
Chuck: Holds the workpiece firmly in place.
2. Types of Lathes:
Engine Lathe: Versatile, commonly used in workshops.
Turret Lathe: Ideal for repetitive production.
CNC Lathe: Computer-controlled, offers high precision.
Bench Lathe: Small-scale, suitable for hobbyists.
Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

lathe machine manufacturers in Mandya
 Key Details of a Lathe Machine 1. Main Components:
Bed: Rigid base that holds the entire assembly.
Headstock: Contains the motor, spindle, and drive system.
Tailstock: Supports the other end of the workpiece and can hold tools.
Carriage: Moves along the bed; holds and moves the cutting tool.
Lead Screw & Feed Rod: Used for threading and automatic feed.
Chuck: Holds the workpiece firmly in place.
2. Types of Lathes:
Engine Lathe: Versatile, commonly used in workshops.
Turret Lathe: Ideal for repetitive production.
CNC Lathe: Computer-controlled, offers high precision.
Bench Lathe: Small-scale, suitable for hobbyists.
Toolroom Lathe: High precision, used in tooling and die-making.

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

DIVINE lathe machine is a versatile machine tool used primarily for shaping pieces of metal, wood, or other materials by rotating the workpiece against various cutting tools. It is one of the oldest and most important machine tools in manufacturing.

• Function: A lathe rotates a workpiece on its axis to perform operations such as cutting, sanding, knurling, drilling, or deformation.

• Main Purpose: To remove material from a workpiece to produce cylindrical parts with high precision.

1. Bed: The base of the lathe; provides support and rigidity.

2. Headstock: Contains the motor and the mechanism for rotating the spindle.

3. Tailstock: Supports the other end of the workpiece and can hold tools for drilling or reaming.

4. Carriage: Moves the cutting tool longitudinally and crosswise.

5. Chuck: Holds the workpiece firmly in place.

6. Tool Post: Holds the cutting tool.

• Engine Lathe (Center Lathe): Most common type for general purpose.

• Turret Lathe: Used for repetitive production of duplicate parts.

• CNC Lathe: Computer-controlled, used for precision and automated manufacturing.

• Bench Lathe: Small and used for light-duty work.

• Manufacturing of machine parts

• Woodturning and artistic designs

• Automotive and aerospace components

• Thread cutting and shaft making

The Industrial Medium Duty Lathe Machine is a versatile and reliable solution designed to handle a wide range of turning operations with consistent performance and accuracy. Engineered for medium-scale industrial applications, this machine strikes the perfect balance between heavy-duty capability and compact efficiency.

Constructed with a robust cast iron body and precision-machined components, the machine ensures excellent rigidity, vibration resistance, and operational stability. Its user-friendly design, combined with powerful cutting capabilities, makes it an ideal choice for workshops, maintenance units, and production lines.

• Medium-Duty Build with sturdy bed and saddle, suitable for continuous industrial use.

• Precision-Ground Bedways for long-term alignment and wear resistance.

• Efficient Gearbox & Feed Mechanism for smooth threading and feeding operations.

• Hardened Spindle & Gears for longer life and enhanced cutting power.

• Wide Range of Speed Options to accommodate various materials and machining needs.

• Optional upgrades include Digital Readout (DRO), coolant system, and taper turning attachment.

The 24 Feet Plano Bed Type Extra Heavy Duty Lathe Machine is a robust and precision-engineered lathe designed for heavy-duty turning of long and oversized components. With its ultra-rigid plano bed structure and long bed capacity, this lathe is ideal for handling challenging machining tasks in power plants, shipbuilding, railways, steel plants, and heavy engineering industries.

• 24 Feet Long Bed:
  Accommodates workpieces up to 7300 mm between centers, ideal for large shafts, rollers, and cylinders.

• Plano-Type Bed Construction:
  Extra-wide, stress-relieved flat bed design for high rigidity, minimal deflection, and vibration-free performance.

• High Center Height (Customizable):
  Available with center heights ranging from 24 inches to 36 inches to support large-diameter components.

• All Geared Headstock:
  Precision-ground gears for smooth, reliable torque across a wide range of spindle speeds.

• Heavy-Duty Spindle Bore:
  Large spindle bore (typically 105 mm to 155 mm) allows machining of pipes and long bars with ease.

• Tailstock with Fine Adjustment:
  Ensures concentric support and stability during long job turning.

• Thread Cutting Capability:
  Supports Metric, Inch, DP, and Module threads.

• Optional Add-ons:
  DRO system, taper turning attachment, faceplate, steady rest, chip tray, and coolant system.

The Horizontal Turning Lathe Machine is a versatile and durable machine tool designed for high-precision turning, facing, threading, and grooving operations on a wide variety of cylindrical components. With its horizontal bed orientation, this lathe offers enhanced stability and ease of handling long workpieces, making it an ideal solution for both medium and heavy-duty machining applications.

• Horizontal Bed Design:

  • Rigid, flat or V-type horizontal bed structure ensures excellent support for the carriage and tailstock.

  • Suitable for accurate turning of shafts, rods, tubes, flanges, and bushings.

• Robust Construction:

  • Built from high-grade cast iron for long-term dimensional stability.

  • Heavy-duty base minimizes vibrations during high-load operations.

• Swing & Capacity:

  • Swing Over Bed: Typically ranges from 300 mm to 1000 mm

  • Center Distance: Available from 1 meter to 6 meters or more

  • Large enough to handle both standard and oversized workpieces.

• Spindle & Headstock:

  • Precision spindle with gear-driven or belt-driven transmission.

  • Multiple speed ranges for different material types and job requirements.

  • High torque output suitable for both rough and fine machining.

• Carriage & Tool Post:

  • Manual or motorized carriage with cross slide and compound slide.

  • Equipped with 4-way or quick-change tool post for efficient tool handling.

• Tailstock:

  • Manually operated or motorized tailstock for supporting long jobs during machining.

  • Often includes a quill with Morse Taper for drilling or center holding.

• Threading & Feed:

  • Capable of cutting metric, inch, module, and DP threads using lead screw and gearbox.

  • Auto feed system ensures smooth surface finish and accurate dimensions.

• Optional Features:

  • Digital Readout System (DRO)

  • Coolant pump and chip guard

  • Taper turning attachment

  • Steady and follow rests for long shafts

The Heavy Duty Precision Lathe Machine is built for high-performance turning operations on large and complex workpieces. Designed to maintain tight tolerances under heavy loads, it offers superior durability, exceptional rigidity, and precise control—making it ideal for power plants, steel plants, shipbuilding, defense manufacturing, and heavy engineering workshops.

• Robust Construction:

  • Fabricated from graded cast iron, stress-relieved for long-lasting accuracy

  • Extra-wide planner-type or V-type bed, induction hardened and ground for smooth carriage movement and wear resistance

• Large Working Capacity:

  • Swing Over Bed: 600 mm to 1500 mm

  • Distance Between Centers: 1500 mm to 8000+ mm (customizable)

  • Spindle Bore: 80 mm to 150 mm for handling large shafts and pipes

• Precision Geared Headstock:

  • All-geared system with hardened, ground gears ensures silent and efficient power transmission

  • Multiple speed ranges (typically 8–24 steps) suitable for roughing and fine machining

• High-Accuracy Spindle System:

  • Spindle supported by precision taper roller bearings

  • Ensures concentric rotation for high-precision turning, even on heavy workpieces

• Heavy-Duty Carriage & Tool Post:

  • Wide saddle for enhanced stability under heavy cuts

  • Compound slide with fine feed and calibrated dials

  • Equipped with 4-way or turret tool post for multi-tool setups

• Thread Cutting & Feed:

  • Quick-change gearbox for cutting metric, inch, module, and DP threads

  • Lead screw and feed shaft provide smooth and accurate auto-feed movement

• Tailstock:

  • Strong and adjustable tailstock with hardened quill

  • Optionally motorized or hydraulically operated for long jobs

• Optional Attachments:

  • DRO system for real-time accuracy

  • Taper turning attachment

  • Copy turning system

  • Coolant pump, chuck, steady and follow rest

• Turning of shafts, rolls, rotors, drums, and turbine components

• Shipbuilding and marine part machining

• Oil & gas equipment and pipeline component production

• Steel and fabrication industries

• Repair and maintenance workshops

• Cast Iron Bed: A good lathe has a heavy, rigid bed made from high-grade cast iron to dampen vibration and ensure machining accuracy.

• Induction-Hardened Guideways: For long life and resistance to wear.

• Ground and Polished Surfaces: Precision-ground ways and spindles reduce friction and improve smooth movement.

💡 A rigid structure minimizes chatter, especially during deep cuts or heavy turning.

• Runout Tolerance: A high-quality lathe has minimal spindle runout (typically <0.01 mm or <0.0004"). Measured using a dial gauge.

• Bearing Type: Tapered roller bearings or angular contact bearings are preferred in precision machines.

• Spindle Bore: Larger bores allow more versatile operations.

• Precision Ground Lead Screw: Important for accurate threading and smooth feed movement.

• Backlash-Free Movement: High-quality machines use anti-backlash nuts or ball screws (especially in CNC lathes).

• Accurate Cross Slide: Should move smoothly with micrometric precision.

• Tailstock must align perfectly with the spindle centerline.

• Should have minimal play and lock firmly without shifting.

• Precision ground quill with accurate graduation markings is a plus.

• Quick-change tool posts are more stable and time-saving.

• Turret or gang tooling in CNC should be well aligned and rigid.

• Carriage should slide smoothly without jerks or slack.

• One of the best tests of quality: run the lathe and inspect the finish on a turned surface.

• A smooth, even, and chatter-free surface indicates solid mechanical and structural quality.

• Cast Iron Bed: A good lathe has a heavy, rigid bed made from high-grade cast iron to dampen vibration and ensure machining accuracy.

• Induction-Hardened Guideways: For long life and resistance to wear.

• Ground and Polished Surfaces: Precision-ground ways and spindles reduce friction and improve smooth movement.

💡 A rigid structure minimizes chatter, especially during deep cuts or heavy turning.

• Runout Tolerance: A high-quality lathe has minimal spindle runout (typically <0.01 mm or <0.0004"). Measured using a dial gauge.

• Bearing Type: Tapered roller bearings or angular contact bearings are preferred in precision machines.

• Spindle Bore: Larger bores allow more versatile operations.

• Precision Ground Lead Screw: Important for accurate threading and smooth feed movement.

• Backlash-Free Movement: High-quality machines use anti-backlash nuts or ball screws (especially in CNC lathes).

• Accurate Cross Slide: Should move smoothly with micrometric precision.

• Tailstock must align perfectly with the spindle centerline.

• Should have minimal play and lock firmly without shifting.

• Precision ground quill with accurate graduation markings is a plus.

• Quick-change tool posts are more stable and time-saving.

• Turret or gang tooling in CNC should be well aligned and rigid.

• Carriage should slide smoothly without jerks or slack.

• One of the best tests of quality: run the lathe and inspect the finish on a turned surface.

• A smooth, even, and chatter-free surface indicates solid mechanical and structural quality.

• Cast Iron Bed: A good lathe has a heavy, rigid bed made from high-grade cast iron to dampen vibration and ensure machining accuracy.

• Induction-Hardened Guideways: For long life and resistance to wear.

• Ground and Polished Surfaces: Precision-ground ways and spindles reduce friction and improve smooth movement.

💡 A rigid structure minimizes chatter, especially during deep cuts or heavy turning.

• Runout Tolerance: A high-quality lathe has minimal spindle runout (typically <0.01 mm or <0.0004"). Measured using a dial gauge.

• Bearing Type: Tapered roller bearings or angular contact bearings are preferred in precision machines.

• Spindle Bore: Larger bores allow more versatile operations.

• Precision Ground Lead Screw: Important for accurate threading and smooth feed movement.

• Backlash-Free Movement: High-quality machines use anti-backlash nuts or ball screws (especially in CNC lathes).

• Accurate Cross Slide: Should move smoothly with micrometric precision.

• Tailstock must align perfectly with the spindle centerline.

• Should have minimal play and lock firmly without shifting.

• Precision ground quill with accurate graduation markings is a plus.

• Quick-change tool posts are more stable and time-saving.

• Turret or gang tooling in CNC should be well aligned and rigid.

• Carriage should slide smoothly without jerks or slack.

• One of the best tests of quality: run the lathe and inspect the finish on a turned surface.

• A smooth, even, and chatter-free surface indicates solid mechanical and structural quality.

The Big Bore Lathe Machine is a heavy-duty, high-capacity lathe specially designed for turning large-diameter and long workpieces. Featuring an extra-large spindle bore, this lathe allows for machining of pipes, cylinders, hollow shafts, and other oversized components that require internal and external operations with precision and stability.

Built with a rigid bed, powerful geared headstock, and high-torque spindle, the Big Bore Lathe is ideal for demanding industrial applications in oil & gas, shipbuilding, steel plants, and heavy engineering sectors.

• Extra-Large Spindle Bore (typically 100 mm to 500 mm or more) for hollow and large-diameter jobs

• All Geared Headstock with multiple speed settings for efficient torque control

• Hardened & Ground Bedways for smooth movement and long-lasting accuracy

• Heavy-Duty Construction for vibration-free operation under heavy loads

• Capable of turning, facing, threading, boring, drilling, and grooving

• Supports metric, imperial, module, and DP threading

• Optional: DRO system, taper turning attachment, steady/follow rest, faceplate, coolant pump

• Bed: Rigid base that holds the entire assembly.

• Headstock: Contains the motor, spindle, and drive system.

• Tailstock: Supports the other end of the workpiece and can hold tools.

• Carriage: Moves along the bed; holds and moves the cutting tool.

• Lead Screw & Feed Rod: Used for threading and automatic feed.

• Chuck: Holds the workpiece firmly in place.

• Engine Lathe: Versatile, commonly used in workshops.

• Turret Lathe: Ideal for repetitive production.

• CNC Lathe: Computer-controlled, offers high precision.

• Bench Lathe: Small-scale, suitable for hobbyists.

• Toolroom Lathe: High precision, used in tooling and die-making.

The Heavy Duty Horizontal Lathe Machine is a powerful, high-performance lathe designed to handle large, heavy, and long workpieces with outstanding accuracy and reliability. Engineered with a horizontal bed layout, it provides optimal support for machining shafts, rollers, turbine parts, and other cylindrical components in steel plants, power stations, shipyards, and heavy engineering workshops.

• Robust Horizontal Bed Design:

  • Extra-wide planner-type or V-type bed, hardened and ground for wear resistance

  • Precision alignment ensures smooth carriage movement and dimensional accuracy

  • Available in bed lengths from 1500 mm to over 10,000 mm

• Large Turning Capacity:

  • Swing Over Bed: 600 mm to 1500 mm

  • Distance Between Centers: Up to 10 meters (customizable)

  • Spindle Bore: 80 mm to 150 mm, suitable for heavy bar and pipe work

• Geared Headstock:

  • Heavy-duty, all-geared headstock with multiple speed settings

  • Hardened and ground gears ensure smooth, powerful transmission

  • Provides excellent torque for both roughing and finishing operations

• High-Precision Spindle:

  • Supported by taper roller bearings for high load capacity

  • Concentric and stable rotation even at low speeds

• Heavy-Duty Carriage System:

  • Rigid carriage and cross slide with automatic feed system

  • Compound rest with calibrated dials for taper turning and precision adjustment

  • 4-way or turret tool post for quick tool changes

• Tailstock:

  • Oversized tailstock with large quill diameter and long travel

  • Manually or motor-operated, ideal for supporting lengthy jobs

• Threading & Feed:

  • Quick-change gearbox supports metric, inch, module, and DP threading

  • Lead screw and feed rod for smooth auto-feed and consistent finish

• Optional Attachments:

  • Digital Readout (DRO) System

  • Taper turning attachment

  • Hydraulic copy turning system

  • Coolant system, chuck, steady rest, faceplate

We are a trusted Lathe Machine Manufacturer committed to delivering precision-engineered, durable, and high-performance lathe machines for a wide spectrum of industries. With a strong foundation in engineering excellence and decades of manufacturing expertise, our machines are built to meet the demands of accuracy, strength, and reliability — from tool rooms to heavy industrial applications.

• Comprehensive Product Range:

  • Light, Medium, and Heavy Duty Lathe Machines

  • All Geared Head Lathe Machines

  • Planner Type & Roll Turning Lathes

  • CNC & Semi-Automatic Lathe Machines (if applicable)

  • Custom-built lathe machines for specialized applications

• Advanced Manufacturing Facilities:

  • Precision machining centers, grinding units, and heat treatment processes

  • In-house quality control with strict adherence to ISO standards

• Customization Capabilities:

  • Tailored bed lengths, spindle bores, swing capacities, and accessories

  • Designed to suit the exact needs of industries like steel, oil & gas, shipbuilding, and education

• Decades of Experience: Trusted by engineers, educators, and industries

• Robust Construction: Built with premium materials for long life and low maintenance

• Precision Engineering: Tight tolerances for smooth, accurate machining

• After-Sales Support: Prompt service, spare parts availability, and technical guidance

• Global Reach: Supplying machines across India and exporting to multiple countries

• Heavy Engineering & Fabrication

• Power & Energy Sector

• Automotive & Railways

• Vocational & Technical Institutes

• Steel Plants, Shipyards & Maintenance Workshops

• Cast Iron Bed: A good lathe has a heavy, rigid bed made from high-grade cast iron to dampen vibration and ensure machining accuracy.

• Induction-Hardened Guideways: For long life and resistance to wear.

• Ground and Polished Surfaces: Precision-ground ways and spindles reduce friction and improve smooth movement.

💡 A rigid structure minimizes chatter, especially during deep cuts or heavy turning.

• Runout Tolerance: A high-quality lathe has minimal spindle runout (typically <0.01 mm or <0.0004"). Measured using a dial gauge.

• Bearing Type: Tapered roller bearings or angular contact bearings are preferred in precision machines.

• Spindle Bore: Larger bores allow more versatile operations.

• Precision Ground Lead Screw: Important for accurate threading and smooth feed movement.

• Backlash-Free Movement: High-quality machines use anti-backlash nuts or ball screws (especially in CNC lathes).

• Accurate Cross Slide: Should move smoothly with micrometric precision.

• Tailstock must align perfectly with the spindle centerline.

• Should have minimal play and lock firmly without shifting.

• Precision ground quill with accurate graduation markings is a plus.

• Quick-change tool posts are more stable and time-saving.

• Turret or gang tooling in CNC should be well aligned and rigid.

• Carriage should slide smoothly without jerks or slack.

• One of the best tests of quality: run the lathe and inspect the finish on a turned surface.

• A smooth, even, and chatter-free surface indicates solid mechanical and structural quality.

A medium duty all geared lathe is a type of metalworking lathe designed for precision turning, facing, threading, and other machining operations on medium-sized workpieces. It is equipped with a geared headstock, which provides multiple speed options via gear levers, making it ideal for varied machining tasks with higher efficiency and torque transmission.

1. All Geared Headstock:

   • Gear-driven spindle allows for multiple speed settings without changing belts.

   • Ensures high torque at lower speeds for heavier cuts.

2. Medium Duty Construction:

   • Built with a robust cast iron body for stability and vibration reduction.

   • Designed to handle moderate-sized jobs typically ranging from 1000 mm to 2000 mm in bed length.

3. Feed and Threading Mechanism:

   • Comes with a leadscrew and feed rod to support automatic longitudinal and cross feeds.

   • Capable of cutting both metric and imperial threads.

4. Precision Ground Bed:

   • Hardened and ground bedways for long-lasting accuracy and smooth carriage movement.

5. Tailstock:

   • Used for supporting long workpieces and for drilling operations.

   • Usually movable and lockable.

6. Applications:

   • General machining in small to medium workshops.

   • Suitable for turning, facing, drilling, boring, and threading operations on mild steel, cast iron, and non-ferrous materials.

7. Common Accessories:

   • 3-jaw and 4-jaw chucks

   • Steady and follow rests

   • Coolant system

   • Toolpost grinder (optional)

The Horizontal Lathe Machine is a widely used machine tool designed for precision turning and machining of cylindrical and conical workpieces. In this lathe, the spindle axis is horizontally oriented, allowing the workpiece to rotate around this axis while cutting tools shape the material.

Built with a robust cast iron bed and precision-ground guideways, the horizontal lathe provides excellent stability, rigidity, and smooth operation. It is suitable for a variety of machining tasks such as turning, facing, threading, boring, drilling, and taper cutting on metals like steel, aluminum, and cast iron.

• Horizontally Aligned Spindle and chuck for efficient workpiece holding and rotation

• Heavy-Duty Cast Iron Bed designed to minimize vibration and ensure accuracy

• Hardened & Ground Guideways for long-lasting precision

• Multiple Spindle Speeds through geared or belt-driven headstock options

• Supports automatic longitudinal and cross feeds for consistent machining

• Optional accessories include DRO (Digital Readout), taper turning attachment, steady rest, and coolant system

The Heavy Duty Lathe Machine is a powerful and robust machine tool engineered for performing demanding turning operations on large and heavy workpieces. Designed with a strong cast iron body, wide bed, and precision-ground components, this machine ensures long-term durability, excellent rigidity, and vibration-free operation even under continuous heavy workloads.

It is ideal for machining large shafts, rollers, flanges, and industrial components with high accuracy. The machine is widely used in industries such as steel plants, shipbuilding, railways, mining, oil & gas, and general fabrication.

• Rigid Bed Construction with extra-wide guideways for maximum stability

• High-Torque Main Spindle supported on precision bearings for smooth rotation

• Hardened and Ground Components for long life and wear resistance

• Capable of turning, facing, threading, boring, and taper cutting

• Powerful Gearbox & Feed System for automatic longitudinal and cross feeds

• Available with optional accessories like taper turning attachment, digital readout (DRO), coolant system, and steady rest

• Customizable swing over bed, center distance, and spindle bore to meet specific industrial needs

• Cast Iron Bed: A good lathe has a heavy, rigid bed made from high-grade cast iron to dampen vibration and ensure machining accuracy.

• Induction-Hardened Guideways: For long life and resistance to wear.

• Ground and Polished Surfaces: Precision-ground ways and spindles reduce friction and improve smooth movement.

💡 A rigid structure minimizes chatter, especially during deep cuts or heavy turning.

• Runout Tolerance: A high-quality lathe has minimal spindle runout (typically <0.01 mm or <0.0004"). Measured using a dial gauge.

• Bearing Type: Tapered roller bearings or angular contact bearings are preferred in precision machines.

• Spindle Bore: Larger bores allow more versatile operations.

• Precision Ground Lead Screw: Important for accurate threading and smooth feed movement.

• Backlash-Free Movement: High-quality machines use anti-backlash nuts or ball screws (especially in CNC lathes).

• Accurate Cross Slide: Should move smoothly with micrometric precision.

• Tailstock must align perfectly with the spindle centerline.

• Should have minimal play and lock firmly without shifting.

• Precision ground quill with accurate graduation markings is a plus.

• Quick-change tool posts are more stable and time-saving.

• Turret or gang tooling in CNC should be well aligned and rigid.

• Carriage should slide smoothly without jerks or slack.

• One of the best tests of quality: run the lathe and inspect the finish on a turned surface.

• A smooth, even, and chatter-free surface indicates solid mechanical and structural quality.