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Cnc Lathing

A CNC Lathe is a machine used for cutting, moving and shaping material by means of machining. The term usually refers to a lathe that works on feeds and speeds in metric units such as mm, m/min or rpm.

CNC Machining

CNC Machining vs. 3D Printing Technology: Which One to Choose for Prototyping Production

Nothing beats the fame and recognition of CNC machining and 3D Printing in manufacturing technologies. Both technologies make the job easier for manufacturers, allow more complicated designs, and maximize the overall benefit at little to no additional cost. Does the question remain, which one is the better alternative? CNC vs. 3D Printing is an old debate with no clear answer.

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CNC Machine For Auto Parts

Buying a CNC Machine For Auto Parts

When buying a CNC machine for auto parts, you should always choose a manufacturer with a good reputation. These manufacturers can provide you with high-quality auto parts at an affordable rate. Purchasing these parts will help you maintain the quality of your car’s engine. These manufacturers can use CAD/CAM software to create your designs. Also, they can offer you high-fidelity components.

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CNC Milling Magnesium

Is magnesium difficult to machine?

Magnesium is a great metal. It’s lightweight, strong, ductile, corrosion-resistant, and weldable. However, it does have one drawback – it can be difficult to machine. Is magnesium as easy to machine as aluminum? No! Unlike other metals, like aluminum and steel, that can be easily cut in any machine shop with a variety of techniques and tools (welding, plasma cutting, waterjet cutting, etc.), machining magnesium requires special equipment (mill) to tackle the intense heat that is produced when machining this material.

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CNC Machining

Factors Affecting Surface Roughness and How to Improve Surface Roughness

It is a topic you may not have thought much about, but determining surface roughness is important. You see, dozens of factors affecting your product’s service life can be influenced by surface roughness. The only real way to know what those factors are, and improve your surface roughness, is to know what they are. Today we’re going to look at some of them.

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