All-Geared Lathe Machine Manufacturer
Devraj Engineering is an All Geared Lathe Machine Manufacturer offering industrial machines designed for accurate and efficient machining of metal components. Established in 1971, the company manufactures and supplies industrial equipment for engineering and metalworking requirements.
An all-geared design provides geared transmission between the spindle and drive system, making the machine suitable for different machining operations. These machines can be used for turning, facing, threading, drilling, boring, and other general machining requirements.
All Geared Lathe Machine Supplier
Devraj Engineering supplies machines for engineering workshops, manufacturing units, automobile industries, repair facilities, tool rooms, and general metalworking operations.
The machines can be used for machining materials such as mild steel, stainless steel, cast iron, aluminium, and other metals. Machine specifications can be selected according to work-piece size, machining requirements, production volume, and workshop needs.
Features
Heavy-duty and rigid
machine construction
Geared transmission system
for efficient power transfer
Smooth and reliable
spindle operation
Accurate and
consistent machining
Suitable for different
machining operations
Supports turning, facing, threading,
drilling, and boring
Suitable for different
workpiece sizes
Durable components for
regular industrial use
Suitable for various
metal materials
Easy operation
and maintenance
Suitable for workshop and
industrial applications
Applications

Metal turning

Facing and threading

Drilling and boring

Shaft machining

Bushing manufacturing

Cylindrical component machining

Automobile component manufacturing

General engineering

Tool room operations

Repair and maintenance work

Industrial machining

Manufacturing of customised metal components
| Model | Bed Length | Width of Bed | Height of Center | Swing over Bed | Swing over Cross Slide | Swing in Gap | Admit Between Centers | No. of Spindle Speeds | RPM Range | Spindle Hollow | Metric Threads | With Worth Threads TPI | D.P. Threads | No of Feeds | Range of Long Feed | Range of Transverse Feed | Electric Motor Hp/Rpm |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| SGL6 | 65ft | 375mm | 300mm | 600mm | 325mm | 865mm | 1000mm | 8 | 30-720 | 65mm | 1-14mm | 2-30TPI | 6-80DP | 30 | 0.2 to 3.0mm | 0.033 to 0.50 | 3*1440 |
| SGL8 | 8.15ft | 450mm | 400mm | 800mm | 530mm | 1200mm | 1300mm | 9 | 30-720 | 90mm | 1-14mm | 2-30TPI | 6-80DP | 30 | 0.2 to 3.0mm | 0.033 to 0.50 | 5*1440 |
| SGL10 | 10 ½ ft | 500mm | 450mm | 900mm | 610mm | 1300mm | 1800mm | 8 | 25-475 | 105mm | 1-14mm | 2-30TPI | 6-80DP | 30 | 0.2 to 3.0mm | 0.033 to 0.50 | 7.5*1440 |
| SGL12 | 12ft | 550mm | 500mm | 1000mm | 660mm | 1350mm | 2000mm | 8 | 25-275 | 103mm | 1-14mm | 2-30TPI | 6-80DP | 30 | 0.2 to 3.0mm | 0.033 to 0.50 | 7.5*1440 |
| SGL14 | 1411ft | 600mm | 550mm | 1100mm | 710mm | 1500mm | 2500mm | 8 | 25-275 | 103mm | 1-14mm | 2-30TPI | 6-80DP | 30 | 0.2 to 3.0mm | 0.033 to 0.50 | 10*1440 |
FAQs
1. What is an all-geared lathe machine used for?
An all-geared lathe machine is used to shape and machine different metal parts. It is suitable for jobs such as turning, facing, threading, drilling and boring.
2. How does an all-geared lathe machine work?
An all-geared lathe machine uses gears to transfer power to the spindle. The metal part is held securely while the cutting tool removes material to achieve the required shape and size.
3. What materials can be machined on an all-geared lathe machine?
It can be used to machine materials such as mild steel, stainless steel, cast iron and aluminium. The material suitable for machining depends on the type of job and the cutting requirements.
4. What are the common applications of an all-geared lathe machine?
All-geared lathe machines are used for making shafts, bushes, cylindrical parts and automobile components. They are also useful for repair work and general engineering jobs.
5. Where are all-geared lathe machines commonly used?
These machines are commonly found in engineering workshops, manufacturing units, tool rooms, automobile industries and repair and maintenance facilities.
