There are currently more than 6,500 Boeing 737s in service, and they are the most successful commercial aircraft. On average, every 1.5 seconds, a 737 takes off or lands. Half a million people are in the air at any given time on the airliner. A small error could jeopardize hundreds of passengers—every aircraft component needs precision to the highest possible standards.
In aerospace engineering, the pursuit of precision is endless. That is why precision machining has emerged as a central force in revolutionizing aerospace component design. According to Research Nester, the precision parts market is estimated to cross $170.2 billion by the end of 2035, witnessing around 13.3% CAGR during the forecast period (2023-2025). These numbers show how the market gives precision components increasing importance. Here are the significant ways precision machining has revolutionized the aerospace sector.
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