CNC machining quality is stable, machining accuracy is high, and repetition accuracy is high. Under the condition of multi variety and small batch production, CNC processing has high production efficiency, which can reduce the time for production preparation, machine tool adjustment and process inspection.
Milling is the most common type of NC machining. The rotary cutting tool involved in the milling process removes small pieces of material from the workpiece to form the workpiece or punch holes. CNC milling process can process a variety of different types of metals, plastics and wood to accurately manufacture complex parts.
With the development of CNC processing equipment over time, it provides more complex milling functions at a faster speed. The global NC machining market is expected to continue to grow exponentially, partly due to the continuous progress of technology. These include everything from micro precision parts used in spacecraft to large ship propellers. The following is more information about CNC machining applications available today.
Manufacturers use CNC machining to manufacture components for many industries. CNC milling machines and lathes can be used to mass produce products or to manufacture some customized parts. This ability to precisely customize components is a key reason why many manufacturers use CNC to process and manufacture parts. Although machining workshops use milling and lathes to manufacture parts for industrial applications, some industries rely entirely on CNC machining services to process certain parts.
Aerospace parts
CNC milling plays an important role in the manufacturing of aerospace components, and standardizes the process. Aerospace equipment uses a variety of hard metals and special materials to manufacture parts with decorative to critical functions. CNC milling can better complete difficult to machine materials, such as nickel chromium superalloy Inconel. Milling is also essential for manufacturing precision steering equipment.
Agriculture
The machining workshop also uses CNC milling machines to manufacture many parts for agricultural equipment manufacturing. Large scale and short-term production capacity
Auto parts
Since the introduction of Henry Ford's Model T in 1908, automobile manufacturers have been using new technologies to simplify production. More and more automobile assembly lines use automation to improve efficiency, and CNC machining is one of the most valuable tools for automobile manufacturers.
As one of the largest industries in the world, electronic products benefit greatly from numerical control processing. The versatility and accuracy of this technology make CNC milling machines and lathes particularly suitable for molding various plastic polymers, as well as conductive metals and non-conductive dielectric materials.
Motherboards and other electronic hardware require precise configuration to provide fast and complex performance. Milling can produce tiny engraving figures, precision machining and machining depressions and holes, as well as other complex features of electronic parts.
Energy industry accessories
The energy industry uses CNC processing to mass produce components for various applications. Nuclear power plants need very precise parts, and the natural gas and oil industries also rely on CNC processing to produce parts that keep fuel flowing. Suppliers of hydropower, solar energy and wind energy also use CNC milling and turning to manufacture system components that ensure continuous power generation.
Another industry that requires strict tolerances for safety critical applications of CNC lathes is the oil and gas industry. The department uses CNC milling machines to manufacture precision and reliable parts such as pistons, cylinders, rods, pins and valves.
These parts are usually used in pipelines or refineries. They may need a small specific amount. The oil and gas industry typically requires corrosion-resistant, workable metals, such as 5052 aluminum.
Medical equipment parts
Medical manufacturers use CNC milling machines and lathes to manufacture necessary medical equipment and tools, including prosthetics that require precise and unique design.
CNC processing enables medical devices to retain precise design features on a variety of metal and plastic substrates and quickly create components and products, so that the company can stay ahead of the medical technology curve.
Because this process is applicable to one-time customized parts, it has many applications in the medical industry. The strict tolerances provided by CNC machining are critical to the high performance of medical components.
Automation equipment parts
Mechanical automation and intelligence are becoming more and more popular. Many automation industries need to design and customize according to customer requirements to meet the different needs of customers. All technologies require precision to work properly. CNC milling machine follows the design to the final details. This ensures that products with multiple parts and layers can be quickly assembled without errors or dislocations.
At the same time, NC milling is fast and convenient. You only need to set up the machine to quickly finish the milling of parts according to the settings. CNC can also create various replacement parts. This is because the turnaround time is fast and there is no minimum required number of parts.
CNC milling has many applications in various industries. No matter which industry you are in, there will certainly be some type of CNC processing practice suitable for your needs.