In aviation, the complexity of the product, the contributions within manufacturing and manufacturing, the quality and the competitive profile

In aviation, the complexity of the product, the contributions within manufacturing and manufacturing, the quality and the competitive profile, demand technological growth to guarantee a lower environmental impact, greater safety and efficiency, economic savings and a final product of best quality. Designers are continually researching technology that can create materials that are lighter and more resistant at the same time. With the implementation of these new methods of aircraft production and manufacture of, the departments involved in these processes, such as in the area of manufacturing, supply chain, transportation, environment, among others, obtain various positive changes. In the supply chains, the components required to assemble a part are reduced or minimized, and this helps storage, in the area of transportation, the components are lighter and easy to transport, in the manufacturing area, the parts are easier to create. The future of the aeronautical sector goes through the manufacture of lighter and more efficient aircraft. The competition is forcing aircraft designers to look for lighter, more robust materials that are more resistant to heat and corrosion so that aircraft can respond to even more demanding requirements. The advances in materials, structures and technologies allow aircraft designers to imagine new forms, at the same time that the limits of the current configurations force them to think about new designs, and new production and manufacturing methods. The designers of airplanes have proposed to create a new technology to overcome the limits with lighter, hard and resistant materials, of better quality, easy to manufacture and produce saving money and time, and that they contribute beneficially to the manufacture and production in the field of aviation. During this investigation, we will focus on some types of technology currently used which have been very beneficial and contribute significantly to the required objectives that aircraft designers seek for the best efficiency in the manufacture and production of aircraft. Mirror Milling Systems Mirror milling it is a manufacturing process that is designed to manufacture thin parts of large aircraft with specific characteristics such as easy deformation, low rigidity in the structure and very complex parts to make. This process has the features of high efficiency, precision, and benefits to the environment. (Xianjun & Xi, 2018). This new ecological technology aims to replace the chemical milling that is the most commonly used and is very harmful to the environment. One of the advantages of this new technology is how efficient it is for reducing the thickness of the thin and large parts of the fuselage of aircraft, as well as the reduction in vibrations during the manufacturing process and the ability to make different types of cuts that cannot be made using the chemical milling process. These advantages have attracted a lot of attention in the international arena. (Bao, Y. et al, 2018). The aeronautical sector demands to machine every day more complex pieces, with greater precision, with better finishes and in decreasing delivery times, this coupled with the high cost of some of the materials used (such as aluminum, titanium, and superalloy) and much machining time that takes some of them, makes the choice of the right tool is critical. Looking for these reasons, in the machining of aeronautical parts, devices that are very reliable, precise, productive, universal, creating this technology which meets the objectives mentioned above. Today, thanks to the significant developments they have experienced in materials, new technology and the need for savings in fuel consumption (less weight, less expense), greater environmental protection and savings in operations. This means that with these new developments the factories in the field of aviation and aerospace, have achieved a breakthrough in cost reduction and increased production efficiency in modern manufacturing methods and designs in aircraft!