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Modern manufacturing plants use both lathe and milling machines. Each of these machines operates on a similar machining process called subtractive machining. This is a process that begins with a block of material. The next phase is to shape it according to your desired specifications.

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We are your turnkey manufacturing partner for your challenging projects. Our extensive array of manufacturing technologies and expertise will bring your product to market on time with support from prototype to volume production. Contact Petersen Precision to discuss your project, or request a quote to get started today.

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An alternate term for the lathe is “turning,” as it is most effective when creating cylindrical parts. Other common operations in the lathe include parting, boring, threading, drilling, OD, and ID grooving. If you are looking for a process to create repeatable, quick, cylindrical symmetrical parts, a lathe is the best choice. You can use it to work on both wood and metal.

Unlike a lathe, a milling machine operation involves the machine rotating about its axis without rotating the workpiece. This allows your tool to approach the workpiece from a different angle in many orientations to create more complex and intricate parts.

A milling machine has cutters that rotate to reduce the material used to give it the desired shape. Nowadays, the milling machine is one of the common tools factories use to create products of different shapes and sizes.

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The primary difference between the two is the tools used in the process.  A lathe uses a tool known as an insert cutter with a removable tip. This insert cutter helps you cut the material and create different shapes.

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On the other hand, if you wish to drill holes, a milling machine is an effective solution because a lathe can only drill the center of your material as it rotates on a fixed axis. Using a milling machine will allow you to make holes from any direction as well as perform straight cuts.

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Another difference when comparing a lathe vs a milling machine is the task you can achieve. Apart from the above-mentioned tasks, you can use a lathe for

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In simple terms, if you wish to cut material at angles and intend to work on various non-cylindrical materials, a milling machine is the best choice available.

Shaping of the material is the key difference between a lathe vs milling machine. If you wish to understand the difference between a milling machine vs lathe, this post is for you.

At Petersen Precision, we have a long history of producing metal parts and components for cutting tools, multi-tools, bicycles, nail guns, and other tools and hardware of all types. Our proven manufacturing capabilities enable us to deliver high quality, high precision parts that match our customers’ exact designs, no matter how simple or complex. Whether you make retail products, construction equipment, or something in between, we can provide perfect parts for your tools and hardware. Check out some photos for example!

As a good manufacturer, you need a machine best suited for the type of material and designs you will be working on. So, you must carefully consider lathe vs. milling machine before making a purchase. Are you looking for a lathe or milling machine? Summit Machine Tool can provide you with the best solutions available in the market. Get a quote or speak to a machine tool expert on our toll-free number today.

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When comparing a milling machine vs. a lathe, always remember the following differences. If you wish to cut wood or metal that is cylindrical in shape, it is always best to opt for a lathe. This will help you perform the task precisely with easier cutting.

A lathe is one of the most widely used and versatile machines in the world. A lathe rotates your workpiece on its fixed axis and performs a variety of operations such as knurling, facing, cutting, etc.

With our comprehensive production capabilities, we can deliver premium quality two- and three-dimensional metal parts for all types of tools and hardware, from simple blades to complex pneumatic tool components. Our manufacturing processes include:

If you need high precision, tight tolerance metal parts for tools or hardware of any kind, look no further than Petersen Precision. Find out what additional value added services Petersen Precision has to offer.

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We use fineblanking, CNC machining, precision grinding, lapping/honing, and other production processes to create high precision parts for tools and hardware OEMs. We work with high strength tool steels, stainless steel, and top quality materials to meet your material requirements.

On the other hand, an insert cutter is not a common feature in milling machines. A milling machine uses an end mill that you can operate at different speeds at different angles for precision.

We’ve been serving the tools and hardware markets for more than 30 years. In that time, we’ve produced everything from knife blade and handle blanks to wheelchair components to parts for heavy artillery handling, and much, much more. Thanks to advanced manufacturing technology and our extensive experience, we can maintain the tight tolerances your parts require, with perfect repeatability from the first piece to the last, no matter how large your production runs.