Accuracy is the number one goal inside an aerospace machine shop. These facilities are responsible for shuttle, airplane, and aircraft components. Machinists and welders precisely construct each piece with top-grade metals.
Metals
Welders and engineers use aluminum alloy because of its durability. When combined with silicon, aluminum becomes flexible and resists corrosion, but it still maintains its strength. To create ultra-strong parts, manufacturers use a copper alloy. Other common materials used in aerospace machine shops are steel, titanium, and carbon.
Components
Some of the aerospace parts these facilities construct are pieces for oxygen generators, turbines, and connectors. Aircraft operations require commercial-grade electrical connectors, and they must be an exact weight. The teams make the turbine pieces to meet regulatory standards.
Aviation
Aerospace engineering and manufacturing plants create rockets, commercial planes, and helicopters. All of these machines go through an intense inspection process. From the seats to the steering wheels, crews meticulously put together these crafts. Machine shops create space shuttles to handle extreme heat and vibration while ensuring commercial aircraft are sturdy and comfortable. Inside the aviation arena, these machinists are responsible for fuselages, landing gear, wings, and rotators.
Industry
Technology is helping develop this growing field. The industry is benefiting from computer-aided programs and skilled labor. Manufacturing facilities utilize modern cutting tools and combination metals. Some machinists work with blueprints and prototypes, while others create maintenance parts inside this ever-growing industry. For more information on how an aerospace machine shop can help your operation, contact JBC Machine, Inc today.
