Lathe Machines

A tool to help cut a variety of materials including metals, plastics, and wood, KNUTH offers a wide range of lathes. From conventional mechanical and engine lathes, to large vertical lathes, KNUTH has a lathe for every need. CNC lathes are available in all configurations, from standard horizontal to slant bed and vertical. CNC controls offered include Siemens, Fanuc and Fagor. A wide range of accessories such as turning tools, boring bars and others are available for all machine types.

A tool to help cut a variety of materials including metals, plastics, and wood, KNUTH offers a wide range of lathes. From conventional mechanical and engine lathes, to large vertical lathes, KNUTH has...

read more
Displaying 1 to 19 of 19 machines

FAQ's

A lathe, also known as a turning machine, is a machine tool used in metalworking. The principle of a lathe is simple: a workpiece is clamped and rotates on its own axis while a cutting tool removes material. This method allows the creation of high-precision cylindrical shapes that are essential for the manufacture of engine components, drive elements and numerous other parts. Lathes are indispensable in the automotive, aerospace, medical and many other sectors. They produce everything from simple bolts and screws to highly complex components for aircraft engines and artificial joints. Their ability to precisely cut and shape materials makes them an irreplaceable tool in modern manufacturing. With the introduction of CNC (Computerized Numerical Control), the functionality of lathes has expanded significantly. A CNC lathe allows for more precise control, higher cutting and feed rates , and has the ability to produce complex shapes with minimal human intervention. This leads to a significant increase in productivity and efficiency in production.

A lathe is an extremely versatile tool in metalworking and is used for a variety of purposes. They are crucial for producing and machining parts needed in almost every industrial and craft setting. Here's an overview: 1. Manufacturing cylindrical parts: A lathe can be used to produce precise cylindrical shapes that are needed in many engineering applications, such as shafts, bolts and bushings. 2. Machining metals: Lathes enable metal to be cut, shaped and ground to achieve precise dimensions and surfaces necessary for assembly and function in machines and equipment. 3. Prototyping and small series production: In workshops and in research and development, lathes are used to produce prototypes of parts or to produce small series of specialized components. 4. Repair work: Lathes are also essential for repair and maintenance work where damaged parts of machines need to be turned, reshaped or adjusted to restore their functionality. 5. Arts and crafts: In addition to industrial applications, smaller lathes are also used in crafts and arts, for example for turning wood or processing other materials such as plastics.

Lathes are available in a variety of designs that differ in their construction, control type and application. Here are four common types of lathes: CNC inclined bed lathes: CNC inclined bed lathes have an inclined machine bed, which facilitates chip removal and improves accessibility. They are equipped with a CNC (Computerized Numerical Control) control, which enables high precision and automation of the turning process. CNC technology enables complex contours and shapes to be manufactured with high repeatability. CNC inclined bed lathes are particularly popular in series production, where efficiency and accuracy are crucial. CNC Flatbed Lathes: CNC flatbed lathes have a flat machine bed, making them ideal for machining heavy and large workpieces. Like the inclined bed lathes, they are also controlled by CNC systems, allowing for precise cuts and complex machining. Their robust construction makes them particularly suitable for machining long workpieces, such as shafts and pipes, and offers good stability and support. Conventional lathes: A conventional lathe , often also called a manual lathe, requires direct manual control by the operator. They are less complex to operate than CNC machines and are particularly suitable for individual and small-series production, as well as the repair of workpieces. These machines offer flexibility and ease of operation, but require the operator to have specialist knowledge and experience in machine operation. A servo-conventional lathe, equipped with integrated electronics, is somewhat easier to operate and enables more precise and efficient work. For beginners, conventional lathes are often the most suitable option. This is because the direct and manual control also means that the operator can develop a deep understanding of the turning process and machining of metal. A good learning platform to learn basic turning skills before moving on to more complex CNC machines. Conventional vertical lathes: This type of lathe has a vertically oriented spindle, making it ideal for machining heavy or awkward workpieces that are difficult to position. Conventional vertical lathes are often used in large-scale manufacturing, such as in mechanical engineering or in the manufacture of large wheels and flanges. The vertical orientation makes it easier to clamp and unclamp the workpieces and reduces the load on the machine caused by the weight of the workpiece. Each of these types of lathes has specific advantages and is selected depending on the requirements of the production and the material to be machined.

While we primarily focus here on lathes that shape metal, lathes can also be used with wood, plastics, metals, wax, and delrin.

How to use a lathe

Using a lathe, also called a turning machine, requires some basic understanding of machine operation and safety precautions. Here are the basic steps on how to use a lathe:

Safety measures: Always wear your personal protective equipment (PPE), consisting of safety glasses, hearing protection, protective clothing and safety shoes.

Preparing the lathe: Clean the machine thoroughly and check that all parts are tight. Check whether there are any loose parts, such as wrenches, in the machine's chuck and remove them.

Setting up the workpiece: Clamp the workpiece securely and align it centrally to avoid imbalance.

Selecting and assembling the tool: Select the appropriate cutting tool for your material and mount it in the tool holder.

Lathe adjustment: Adjust the speed and feed according to the material and machining requirements.

Start the turning process: Perform a test run before starting machining. Monitor the process continuously.

Post-processing: Check the workpiece for accuracy, remove it and clean the work area. Before leaving the machine, switch it off and secure it against accidental restart.

Important notes: Do not overload the machine and react immediately to any problems that may arise during processing. Always follow the manufacturer's operating instructions.

 

How do I choose the right lathe for my needs?

Regardless of whether you are looking for a lathe for private or professional purposes, there are some important criteria you should consider when purchasing:

Material and weight of the workpiece: When buying a lathe, you should pay particular attention to the performance characteristics, equipment and speeds required for your material. There are special lathes for different materials: lathes for wood and metal lathes for steel, cast iron, non-ferrous metals such as aluminum and brass, as well as for plastics. Choosing the right lathe depends largely on the material to be processed; softer materials require smaller machines, while harder materials such as stainless steel require more powerful models.

Workpiece dimensions: Make sure the lathe's center height and width are appropriate for the size of your workpiece. Center height on lathes refers to the distance between the center of the spindle and the top of the machine bed. This value is important in determining the maximum size of workpiece that can be machined between the centers of the lathe. A larger center height allows for the machining of larger workpieces. Note that accessories such as a centering center can reduce the available space.

Spindle bore: Check the spindle bore, especially if you plan to machine bar stock. The spindle bore on lathes refers to the maximum diameter of the workpiece that can be fed through the machine's spindle. This value is important for determining the size and type of parts to be machined. The larger the spindle bore, the larger the workpieces that can be machined. The bore should be large enough for your workpieces.

Speed ​​and drive power: The speed and drive power required depend on the material and size of the workpiece. Softer materials and smaller workpieces often require less power, while harder materials such as steel require more power.

Electrical requirements: Pay attention to the lathe's voltage requirements. Models can vary between standard voltage and high voltage. Make sure your location supports the electrical requirements.

Space requirements and transport: Consider whether the lathe fits into your work area and can be easily transported there. Take the weight and dimensions of the machine into account, as these often cannot be dismantled. When machining bar stock, make sure that there is enough space next to the spindle passage to fill the machine. In addition, inspection openings and doors, e.g. for the control cabinet, must not be forgotten.

Why should I purchase a lathe from KNUTH?

If you want to purchase a lathe from KNUTH, you can rely on a straightforward ordering process and a fast delivery time. With a wide range of lathes suitable for both industrial applications and smaller workshops, KNUTH offers quality and reliability. You can find more information on the product pages on our website. We will be happy to send you a quote (including price and availability) on request.

Does KNUTH offer customization options?

The KNUTH team will also be happy to advise you in detail to find the perfect lathe for your company. Just call us or write us a message.

Comprehensive customer service for your lathe

Of course, we support you with installation and commissioning and offer training for you and your employees on how to use your new lathe. Technical support and repair service is available for all machine categories in the KNUTH portfolio. Our service staff are your central contact for technical questions. In addition, we work with a network of experienced local service partners. In addition to classic maintenance, we also offer modern remote maintenance services for CNC machines using remote maintenance modules. Thanks to our extensive spare parts warehouse, we can provide most components quickly, even if your machine is already older. This ensures that your machines have a long service life.

Need help finding a machine?

We will gladly assist you in making the right decision to achieve your business goals

Filters

5

Request a Consultation

*
*
*
*
*

*
*
*

*
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Thank You!

We have received your request and appreciate your interest! Our sales representative will get in touch within 1 business day.

Something went wrong

Please refresh the page and try submitting the form again.