
Too Many Lathes? Here's How to Choose the Right One
Consider these five key factors when selecting the ideal lathe for your needs.
Last updated 8 hours ago. Automatically generated content.


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Max. turning diameter refers to the largest diameter of a workpiece that a lathe can accommodate, influencing the size of projects that can be undertaken. Selecting the appropriate max. turning diameter is crucial for ensuring the lathe meets the specific needs of your machining tasks, from small precision parts to larger components.
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126 - 250 mm
Designed for larger workpieces, supporting diameters from 126 to 250 mm.
Best suited for industrial applications, enabling the machining of large components in manufacturing settings.
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Max. speed represents the highest rotational speed a lathe can achieve, measured in revolutions per minute (rpm). This factor is crucial as it determines the efficiency and precision of machining operations, affecting the quality of the final product.
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Up to 3000 rpm
Typical price
230,– to 1300,–Suitable for general-purpose machining tasks, providing adequate speed for most materials.
Ideal for small-scale projects and beginners, offering a balance between speed and control.
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3001 - 5000 rpm
Typical price
340,– to 840,–Offers higher rotational speed for more demanding applications and harder materials.
Best for intermediate users looking to enhance productivity and achieve finer finishes.
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5001 - 7000 rpm
Typical price
320,– to 570,–Provides maximum speed for high-precision and high-efficiency machining.
Recommended for experienced users working with advanced materials and complex projects.
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The top of the range factor refers to the maximum capacity of the lathe in terms of the diameter of the material it can accommodate. Understanding this is crucial for selecting a lathe that suits your specific project needs and aligns with the scale of work you intend to perform.
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Up to 26 mm
Typical price
14,– to 100,–Designed for precision work with small parts, ideal for intricate details and fine craftsmanship.
Best suited for jewelry making or small mechanical components, ensuring high precision and accuracy.
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27 - 100 mm
Typical price
100,– to 440,–Accommodates medium-sized materials, offering a balance between precision and versatility.
Great for hobbyists and small workshops, allowing for a broader range of projects without sacrificing detail.
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101 - 457 mm
Typical price
140,– to 440,–Handles large-scale materials, suited for industrial applications and heavy-duty projects.
Ideal for professionals engaged in manufacturing or automotive industries, providing the ability to work on substantial components.
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Centre height in a lathe determines the maximum diameter of the workpiece that can be machined. It's crucial for ensuring compatibility with the size and type of projects you plan to undertake, directly affecting the lathe's versatility and application range.
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The material of a lathe is critical as it determines the machine's durability, precision, and suitability for different tasks. Choosing the right material impacts the lathe's performance, longevity, and the types of projects it can effectively handle.
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Metal
Metal lathes are robust and designed for precision machining of hard materials.
Ideal for industrial use, they offer high accuracy and are suitable for detailed metalworking projects.
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