Use of Modern Technologies in Aerospace Manufacturing Engineering
Today there is nothing out of the world as far as the aircraft or aerospace industry goes. To travel by air is something very regular and common. Most corporate entities travel for their meetings and tours via flight. However, this was not the case until few decades back. To get into a flight and travel new destinations was nothing less than a rocket science. Today, most of the innovations and developments that you have experienced in the aircraft industry have been possible because of the ongoing hard work and discoveries made by the aerospace manufacturing engineering.
Any aircraft body, be it a normal airplane or jet plane has to witness rough weather conditions and harsh winds. This is the reason why, aero-machined parts needs to be durable, tough and rugged. They should not be worn out easily. Therefore, majority of aero engine services today use steel and aluminum for their respective aero products. Simultaneously, these machine parts also need to be light and frisky, so that they are able to move in and out seamlessly, through the wafts of air across the horizon. Another reason for the aero parts being light is that they have to pertain to certain weight standards.
Even a decade back, aerospace engineers had to resort to designs done on paper with the help of physical tools. Today, developments in computer technology have completely transformed the scenario. The modern day software solutions and applications have enabled the aerospace manufacturing engineering enterprises to design and process aircrafts innovatively. Today, they are developed almost virtually. The computer screen along with its new age programs has replaced the huge paper charts that were tedious, cumbersome and involved result inaccuracy. Even testing procedures are conducted through the computer. After this, all pertinent information can be mailed across to the subcontractors responsible for the creation and production.
Today, there are renowned engineering services outsourcing companies successfully extending their base to the aerospace industry. These companies are fully equipped with state-of-the art technology, machinery and other devices that aids in manufacturing the aero structure components. Every individual machine part, product or component needs to adhere to a certain quality standard. Let us have a look at certain machining technology used:-
- 3/4/5 axis machining centers
- Assembly and other bench work activities
- 2/3 axis CNC turning and milling,3 axis vertical turret lathes
Furthermore, the Inspection Facility centers are fully equipped and facilitates in the following processes :-
- Helps to coordinate Measuring Machine (CMM)
- Carries out Leica microscope and Millipore testing for Dirt and chip level content (Clean room)
- Essential inspection of other instruments / gauges
Apart from these, other facilities provided by the aerospace engineering services enterprise are namely :-
- Assembly process
- Manufacturing process planning
- Value engineering
- Reverse engineering
- Value analysis
- Tooling design and development
- CMC program coding
- Assembly tooling and design
Given the present state of affairs, the future of aerospace manufacturing engineering looks promising. Today, with the increase in the petrol expenses the airlines are looking forward to replace earlier airplanes with innovative fuel-efficient models. This would help in minimizing overhead.
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