Industrial uses are practically unlimited because of contemporary production techniques like CNC milling. The process starts with product design when a designer builds three-dimensional models of the item to be made using CAD (computer automated design) software. An innovative software application converts these models into computer numeric controlled data for CNC machines. These numbers determine how the tooling on CNC mills and lathes moves, assuring accurate dimensions in the finished product.
CNC machining is used by manufacturers to make components for a variety of industries. CNC mills and lathes can be used to mass-produce products or to make a few unique parts. Many firms utilise CNC machining to make their parts because of its ability to precisely customise components. It makes it possible for machine shops to build goods from detailed models more efficiently than any other way. While machine shops employ mills and lathes to make parts for industrial purposes, other businesses rely on CNC milling services specifically for certain parts.
So let us see certain mainstream applications for CNC milling services
The Aerospace Industry
CNC milling is a critical part of the aerospace component manufacturing process, and it has standardised it. CNC technology enables highly customisable motion control for careful component production, while simulation software aids in determining how the final product will perform in real-world scenarios. Some examples of items made with CNC milling technology are as follows:
- Components of landing gear
- Impellers for jet engines
- Aircraft seat frame support rails
- Panels of control
The Agricultural Industry
NC milling is also utilised in machine shops to create several parts required in the production of farm equipment. It can generate both common parts and unique components for custom case equipment because of its capacity to produce in both scale and short production runs. CNC milling also permits the use of a variety of materials and surface treatments in the parts it creates:
- Cases for gearboxes
- Housings for transmissions
- Components of transmission
The Automotive Industry
Automobile manufacturers have employed new technology to streamline production since Henry Ford’s Model T debuted in 1908. Automobile assembly lines are rapidly using automation to boost productivity, with CNC machining being one of the most valuable tools available to automakers. CNC lathes manufacture the various shafts and rods found in automobiles, whereas CNC milling machines manufacture the following automotive parts:
- Cylinders in the engine block
- Motors that start cars
The Medical Industry
CNC milling and turning machines are used by medical producers to create vital medical equipment and tools, such as prosthetics, which require accurate and distinctive designs. During the COVID-19 epidemic, engineers and designers of medical equipment found CNC machining to be extremely valuable.
Apart from these, it is also used for offshore refineries like support structures, gears valves as well as handles of pumps.