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CNC milling is a versatile manufacturing process suitable for numerous manufacturing materials ranging from plastic and composite materials to metal and glass. It begins with the composition of a 2D or 3D product design, which is exported to a CNC machine program. The CAM software plays a vital role in exporting a CNC-compatible file of the design to the machine, which further dictates the tooling movements across the workpiece to create the final product.   It’s an essential product manufacturing step before the part is custom-designed according to its required specifications and passed to the post-processing production stages. A wide range of industries employs CNC machining and milling services to create many features and designs. Here’s a quick guide to CNC milling. The Applications of CNC Milling There’s a wide range of CNC milling applications across various industries. It’s the most popular technology for rapid prototyping, thereby helping engineers and product designers achieve

Some of the most sophisticated industrial technology we see these days are an outcome of CNC or Computer Numerical Control machining. It’s a 50-year old technology  acquired for its high-quality automation and precision for creating countless innovative products. CNC machining has benefited a wide range of industries, including aerospace, medical, automotive, and defense sectors.   Computer Numerical Control (CNC) machining is a modern manufacturing process that involves pre-programmed computer software for seamlessly recording the movement and rotation of factory machinery and tools. Most manufacturers employ CNC machining  to supervise and control complicated industrial machineries such as mills, routers, and grinders. It’s a convenient and quick way to accomplish three-dimensional cutting tasks in factories within a few minutes.   Here’s everything you should know about CNC machining. The CNC Machining Process CNC machining is an incredibly flexible and versatile manufacturing proce