Divine Industries

With the support of our dedicated workforce, we have made ourselves as dominant manufacturer and supplier of superior range of Light Duty All Gear Lathe Machine. Our experienced professionals manufacture this machine using the quality approved components and sophisticated technology in synchronization with the set industry standards. The offered machine is widely applauded in the market owing to its features like optimum functionality, long service life, etc. Furthermore, the provided machine is used in power houses, auto parts and heavy equipment industries.

Features:

• High operational fluency
• Sturdy construction
• Excellent performance

The 5 Feet Light Duty Lathe Machine is a compact and user-friendly turning machine, specially designed for precision machining of small to medium-sized components. With its sturdy structure and smooth operational controls, it is ideal for tool rooms, workshops, maintenance units, and training institutes that require a reliable and space-saving lathe.

Key Features:

• Compact Build:

  • Designed with a bed length of 5 feet (approx. 1500 mm)

  • Ideal for machining jobs up to 750 mm to 1000 mm between centers

• Sturdy Construction:

  • Body made from high-grade cast iron for vibration-free turning

  • Induction-hardened bedways ensure durability and accuracy over time

• Spindle & Headstock:

  • Precision spindle with belt drive or optional geared head

  • Suitable for smooth turning, facing, and light threading operations

  • Typical spindle bore: 25 mm to 40 mm

• Carriage & Tool Post:

  • Compound slide with calibrated feed dials

  • Cross and longitudinal manual feed with smooth travel

  • Equipped with 4-way tool post for easy tool changes

• Tailstock:

  • Robust tailstock with quill travel suitable for drilling and support work

  • Tailstock center aligned with spindle for accurate turning

• Thread Cutting (Optional):

  • Supports metric and inch threading through change gears or lead screw system

• Optional Accessories:

  • Chuck (3-jaw/4-jaw), faceplate, steady rest

  • Digital Readout (DRO), coolant system

1. Build Material and Construction

• 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.

2. Spindle Accuracy

• 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.

3. Lead Screws and Feed Mechanism

• 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.

4. Tailstock and Alignment

• 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.

5. Tool Post and Carriage Quality

• 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.

6. Surface Finish on Workpiece

• 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.

We have gained expertise in manufacturing and supplying a qualitative array of All Geared Lathe Machine. Available in a spectrum of specifications, these machines are in adherence with international quality standards. High quality components and other material that are sourced from most authentic and reliable vendors of market are used in the manufacturing process as per our customers’ requirements.

Features:

• Hassle-free performance
• Low maintenance
• Sturdy construction

Geared Head Light Duty Lathe Machine – Description

A Geared Head Light Duty Lathe Machine is a precision-engineered tool designed for light machining operations on small to medium-sized workpieces. Featuring a robust geared headstock, it provides smooth and accurate speed control, enabling consistent torque and performance across various cutting speeds.

This type of lathe is ideal for educational institutions, workshops, tool rooms, and small-scale production units. It is commonly used for turning, facing, drilling, threading, and other basic machining operations on soft metals like aluminum, brass, and mild steel.

Key Features:

• Geared Headstock: Offers variable speed control with high torque for efficient metal removal.

• Sturdy Bed and Carriage: Ensures vibration-free operation and precise alignment.

• Compact Design: Suitable for limited-space environments while retaining full functionality.

• Quick Change Gearbox (optional): Facilitates rapid threading and feed adjustments.

• User-Friendly Controls: Easy to operate for both beginners and experienced machinists.

This machine combines affordability with functionality, making it an excellent choice for light-duty precision turning tasks.

The Geared Head Heavy Duty Lathe Machine is a robust, high-capacity machine tool engineered for continuous machining of large and heavy workpieces. Featuring a fully geared headstock, this lathe delivers superior torque, precise control, and smooth operation across all speed ranges—making it ideal for heavy industries such as shipbuilding, steel plants, oil & gas, power generation, and heavy fabrication.

Key Features:

• Heavy-Duty All Geared Headstock:

  • Rigidly built headstock with hardened and ground alloy steel gears.

  • Multiple gear-driven speed ranges (commonly 8 to 24 steps).

  • Maintains consistent torque output across high and low speeds for both roughing and finishing operations.

• Massive Swing & Bed Capacity:

  • Swing Over Bed: 600 mm to 1500 mm or more

  • Center Distance: 1500 mm to 8000 mm+ (customizable)

  • Spindle Bore: 80 mm to 150 mm for large-diameter job handling

• Rigid Bed & Structure:

  • Planner-type or V-type bed, induction-hardened and precision-ground.

  • Cast from high-grade, stress-relieved cast iron for vibration absorption and durability during heavy cutting.

• Precision Spindle System:

  • High-load capacity spindle mounted on taper roller bearings.

  • Suitable for long shafts, turbine parts, rollers, and marine components.

• Carriage & Tooling:

  • Heavy-duty carriage with automatic longitudinal and cross feeds.

  • Compound slide with calibrated dials for taper turning.

  • 4-way or turret tool post for multiple cutting tools.

• Tailstock:

  • Oversized tailstock for stable support of long, heavy workpieces.

  • Manual or power-operated quill with large travel.

• Threading & Feed System:

  • Equipped with a quick-change gearbox for cutting metric, inch, module, and DP threads.

  • Precision lead screw and feed rod system with adjustable feed rates.

• Optional Accessories:

  • Digital Readout System (DRO)

  • Taper turning attachment

  • Hydraulic copy turning system

  • Steady and follow rests, coolant pump, chip guard

Applications:

• Shipbuilding and marine shaft turning

• Steel and rolling mill roller machining

• Turbine and generator part production

• Oil & gas pipeline fittings and flanges

• Custom machining in heavy engineering plants

The All Geared Lathe Machine is a high-performance, precision-engineered machine tool designed for efficient and accurate turning operations. Unlike belt-driven lathes, this model features an integrated gearbox system that enables direct transmission of power from the motor to the spindle, allowing for smooth speed variations, higher torque, and enhanced productivity.

Built with a rigid cast iron bed and hardened guideways, this lathe ensures stability, precision, and long-term durability. It is ideal for machining operations such as turning, facing, threading, boring, drilling, and taper cutting on materials like steel, cast iron, and non-ferrous metals.

Key Features:

• All Geared Headstock for variable spindle speeds and superior torque

• Hardened & Ground Bedways for accurate alignment and wear resistance

• High-Torque Spindle supported on precision bearings for smooth operation

• Automatic Feed Mechanism for longitudinal and cross feed

• Wide Range of Threads – metric, imperial, module, and DP

• Optional accessories: DRO system, taper turning attachment, coolant system, and chip tray

1. Build Material and Construction

• 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.

2. Spindle Accuracy

• 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.

3. Lead Screws and Feed Mechanism

• 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.

4. Tailstock and Alignment

• 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.

5. Tool Post and Carriage Quality

• 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.

6. Surface Finish on Workpiece

• 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.