A universal lathe that gives you the utmost choice of going to your workshop, specifying precision in dimensions, and opting for ease of operation. Turning, boring, drilling, or threading - this all-purpose machine caters to the needs of automotive, aerospace, and manufacturing activities.
Single-purpose machines restrict your production capabilities and require multiple setups for different operations.
Modern manufacturing demands micron-level accuracy that standard machines simply cannot deliver consistently.
Multiple machines mean multiple maintenance schedules, spare parts inventories, and service contracts to manage.
Complex operations require highly trained operators, but skilled machinists are increasingly difficult to find and retain.
Discover our precision-engineered universal lathe machine, made to last and built for versatility. It is the perfect tool for the efficient and accurate metalworking and woodworking operations.
Can perform turning, boring, drilling, and threading, and suited to both easy and complex machining operations.
Manual control of parameters is required with highly skilled labor, thereby providing maximum flexibility.
Lower initial capital investment compared to CNC machines, therefore great for small companies and startups.
This is a rugged and durable kind, adaptable to many operations and suitable for small batch processing.
The advanced universal lathe system offers accurate micron-level performance with an ease of operation that even the most skilled machinists can learn at once.
Engineered for continuous industrial operation with robust cast iron construction and precision-ground components ensuring long-term accuracy and reliability.
Find a high-quality universal lathe machine for precision and reliability. Perfect for small and large projects, built to last, and affordably priced. Upgrade today!
A universal lathe machine is a highly versatile tool widely used in industries for turning, shaping, and machining various materials, including metals, plastics, and wood. It is designed to perform both external and internal machining operations, such as cutting, drilling, threading, and facing, making it an essential piece of equipment in manufacturing and metalworking. With its ability to handle complex tasks and accommodate a variety of materials, the universal lathe is ideal for creating precision components and prototypes, which are critical in industries like automotive, aerospace, and engineering. Its adaptability and wide range of functions make it a valuable tool for both large-scale production and smaller, specialized projects.
Maintaining lathes involves daily cleaning, lubrication, and bolt tightening. Checks are performed weekly for chips and cutting oil; inspections are carried out monthly for spindles, belts, and lubrication. Train operators, monitor maintenance, and ensure tools are sharp, properly aligned, and free from debris for machines to run efficiently.
Manufactured to international quality standards with rigorous testing
Extended warranty coverage with parts and labor guarantee
Professional delivery, setup, and commissioning worldwide
Operator training and ongoing technical education programs
| Specification | Imperial | Metric |
|---|---|---|
| Swing over Bed | 8 inches | 203 mm |
| Distance Between Centers | 16 inches | 406 mm |
| Spindle Bore | 1.5 inches | 38 mm |
| Chuck Size | 6 inches | 152 mm |
| Spindle Speed Range | 50 - 2000 RPM | Variable |
| Motor Power | 2 HP | 1.5 kW |
| Tailstock Quill Travel | 3 inches | 76 mm |
| Cross Slide Travel | 4 inches | 102 mm |
| Compound Rest Travel | 2.5 inches | 64 mm |
| Threading Range | 8-80 TPI | 0.4-3.0 mm pitch |
| Machine Weight | 650 lbs | 295 kg |
| Overall Dimensions (L×W×H) | 48×24×36 inches | 1219×610×914 mm |
| Power Requirements | 220V, Single Phase | - |
| Accuracy | ±0.001" | ±0.025 mm |
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A: One of the main advantages of using a cast-iron lathe is that it is firm when used, minimizing the effect of vibrations, thus enhancing the performance of the machine and workpiece. Cast iron offers excellent control of surface reflectivity due to its high intrinsic damping characteristics and is, therefore, able to handle heavy turning operations.
A: The width of the bed of a lathe can also be an important factor because it can affect both the stability and the stiffness of the structure. A wider lathe bed can support more weight and larger diameter pieces which translates to the ability even make heavy cuts without a loss of precision.
A: The maximum turning diameter of a given universal lathe is measured as the maximum radius of the spindle center line from the lathe bed. This figure is normally in mm and indicates the largest diameter of the item to be machined.
A: The timeframe within which one can obtain a universal lathe would be largely dependent upon the specific make and manufacturer of the machine. Establishing an exact purchase period will assist in knowing the guarantee periods and the maintenance periods that need to be met for the purposes of retaining the machines in good working condition.
A: A rotary tool can be used as a complement to a universal lathe in making it possible to perform several othes operations, such as engraving or polishing. This enables the user to carry out different work processes with different machines and thus enhances the effectiveness of the machine.
A: Universal lathe has superior attributes to the conventional or common lathe because it can accommodate a variety of operations, shapes of work pieces inclusive. They can carry out both external and internal operations within a workpiece and therefore, are more appropriate for intricate sizes of parts.
A: Universal Lathe by Knuth should be assessed according to the ruggedness of its build quality in terms of the cast iron used, the width of the bed ensuring a steady bearing, adjustable turning diameters, and numerous attachments needed for the rotary operations. They all serve to enhance the functionality and universality of the lathe in question.
