All Geared Lathe Machine
Lathe MachinesAn All Geared Lathe Machine is a high-performance lathe designed with an internal gearbox system to control spindle speed and feed rate through geared levers, providing superior torque and consistent cutting performance. It is ideal for precision turning, threading, boring, and facing operations in heavy-duty applications.
From ₹
485,000
To
675,000
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Electric Motor & Starter
3jaw self centering chuck
Taper Turning Attachment
Tool Post Grinder
4jaw Independent Chuck
Digital Read Out
Keyway Cutting Attachment
Coolant Pump With Tank
| Model | PLG-200 | PLG-300 | PLG-400 | PLG-450 | PLG-500 |
| Length of bed (With Head Stock) | 7/Ft. | 9.Ft. | 101/2Ft. | 12 Ft. | 16 Ft. |
| Width of Bed | 375 MM | 375MM | 450 MM | 500 MM | 550 MM |
| Height of Center | 300 MM | 300 MM | 400 MM | 450 MM | 500 MM |
| Swing Over Bed | 600 MM | 600 MM | 800 MM | 900 MM | 1000 MM |
| Swing Over Cross Slide | 320 MM | 325 MM | 530 MM | 600 MM | 630 MM |
| Swing in gap | 865 MM | 1500 MM | 1200 MM | 1300 MM | 1400 MM |
| Admit Between Center | 1000 M M | 1000 M M | 2000 MM | 2500 MM | 3000 MM |
| No's of Spindle Speed | 8 | 8 | 8 | 8 | 8 |
| RPM Range | 30-720 | 30-720 | 30-270 | 25-275 | 25-275 |
| Spindle Hollow | 65 MM | 65 M, | 90 MM | 103 MM | 103 MM |
| Metric Threads | 1-14 | 1-14 | 1-14 | 1-14 | 1-14 |
| With Worth Thread TPI | 2-30 | 2-30 | 2-30 | 2-30 | 2-30 |
| No of Feeds | 30 | 30 | 30 | 30 | 30 |
| Election Motor RPM | 3"1440 | 3"1440 | 5*1440 | 5*1440 | 7.5*1440 |
We are well-known as India’s prime manufacturer and exporter of all geared lathe machines as we comprise the highest quality at the lowest price along with worldwide delivery. Our all geared lathe machines are very much efficient for bulk production. However, our team also customizes the medium and heavy-duty applications for our customers as per their business needs as they are fully trained and experienced.
Key Features:
| All Geared Headstock with multiple speed selections via gear levers |
| Hardened and Ground Bed Ways for high durability and smooth sliding |
| Wide Range of Speeds & Feeds for various machining tasks |
| High Torque Output suitable for rough and finish machining |
| Rapid Traverse System (optional) |
| Coolant System and Chip Tray for clean operation |
| Tailstock with Adjustable Quill |
| Automatic Thread Cutting (Metric & Imperial) |
3D angled front view with all parts labeled for All Geared Lathe Machine
An all gear lathe machine is a type of lathe that uses a gear-driven headstock instead of belt-driven. This design allows for precise and powerful machining, especially for industrial and heavy-duty tasks. These machines are highly durable, accurate, and can handle high-speed operations, making them essential in various manufacturing sectors.
Applications of All Gear Lathe Machine
| Metalworking Industries Precision turning, threading, facing, and boring of metal components. Ideal for ferrous and non-ferrous metals (steel, aluminum, brass, etc.). |
| Automotive Industry Manufacturing engine components like crankshafts, camshafts, and connecting rods. Repair and maintenance of vehicle parts. |
| Aerospace Industry High-precision component manufacturing like turbine shafts and housing. Machining materials like titanium, aluminum, and composites. |
| Shipbuilding Industry Turning of long shafts, propeller rods, and other marine components. |
| Repairing worn-out large parts. Power Plants (Hydro, Thermal, Nuclear) Machining large valves, turbine components, and generator parts. |
| Tool and Die Making Creating dies, molds, and precision tools using hard metals. |
| Defense and Railway Sectors Production and maintenance of weapon components, axles, wheels, and couplings. |
| Oil & Gas Industry Manufacturing and repair of drill pipes, valves, and heavy-duty flanges. |
| Heavy Equipment Manufacturing Machining of gear blanks, bearing housings, and large machine parts. |
Common Uses/Operations of All Gear Lathe Machine
| Boring – Enlarging holes with precision. |
| Drilling – Center drilling and full-hole drilling using tailstock or toolpost. |
| Grooving and Parting – Cutting narrow grooves or separating parts. |
| Turning – Reducing the diameter of a workpiece. |
| Facing – Smoothing the end of a workpiece. |
| Thread Cutting – External and internal thread production. |
| Taper Turning – Producing conical shapes. |
| Knurling – Creating a textured pattern for grip. |
| Reaming – Smoothing internal hole surfaces to exact sizes. |
| Forming – Producing specific shapes using form tools. |
Advantages of All Gear Lathe Machines Higher torque and speed range.
| Consistent performance with minimal vibration. |
| Suitable for continuous production. |
| Can handle harder materials. |
| Higher precision and repeatability. |
| Less maintenance compared to belt-driven lathes. |
Country Oil
Ship Building
Power Plants
Steel & Paper Mills
Mining Industries
Tool Rooms
Small & Medium Scale Industries
Industrial Structure
Heavy Engineering
Defense workshops
Mining Equipment Repair
Railway Workshops
Steel Plants
Oil & Gas
