There are several variations and challenges when CNC machining complex aerospace parts. For these complex and demanding parts, using 5-axis CNC machining is ideal. The process utilizes high-precision CNC machines that can move tools and workpieces on up to five axes simultaneously.
Five-axis machining: Provides precision machining for aerospace parts
5-axis CNC machining lets parts be constantly reconfigured and changed to fit particular needs as the aerospace sector develops. This adaptable and strong technique allows for unparalleled precision machining of complicated geometries. 5-axis CNC machining guarantees that every part can be milled, drilled, or manufactured to meet aircraft performance criteria; aerospace components demand a great degree of technical accuracy.
Furthermore, Hansheng Automation makes sure every aerospace component satisfies the criteria of several demanding sectors and the high precision standards of CNC machining.
Commonly used materials for aerospace CNC machining
Although most people think of engines or wings in relation to aerospace manufacture, airplanes comprise millions of components. For instance, a Boeing 747 has almost six million parts. Clearly, not all parts are made with CNC machining, but several materials are especially crucial in the production of aerospace components.
Lightweight metal
Strength and weight are the main considerations while aerospace companies select materials for CNC machining. Although strong, metals like steel are not ideal for most parts because of their great weight, which lowers aircraft fuel economy and so drives expenses.
Consequently, the aircraft sector likes to pick metal materials with great strength and low weight, including aluminum alloys and titanium alloys.
Titanium is around 30% stronger and 50% lighter than steel. Furthermore, titanium is perfect for usage both inside and outside of an airplane as it resists high temperatures and corrosion very well.
Though less than titanium, aluminum is about half as strong. Still, aluminum is a relatively reasonably priced material utilized extensively in a variety of highly processable aircraft components.
High-performance plastics
Although metal components dominate the structure of an aircraft, many internal components use polymer-based materials. These materials are much lighter than metals and are used in the production of parts such as interior wall panels, ventilation ducts, aircraft doors, wiring ducts, bearings, etc. They are lightweight, strong and meet the flame retardant requirements of the aerospace industry.
Hansheng Automation specializes in 5-axis CNC machining, producing lightweight, strong, and complex plastic parts. We use high-performance polymer materials such as PEEK to provide high-precision machining services required in the aerospace industry. Just like metal processing, polymer processing in aerospace requires extreme precision, and that's exactly what Hansheng can offer you.
summary
The aerospace industry is known for its high standards and exacting requirements, and the complexity of aircraft applications makes it critical to produce high-quality parts. Hansheng Automation understands the importance of quality and safety, so we provide top-notch CNC machining solutions that meet the needs of the aerospace industry.
As a leading provider of precision CNC machining services, Hansheng Automation is ready to meet your aerospace manufacturing needs. With years of experience, we specialize in producing complex and reliable parts using materials such as aluminum, copper, stainless steel, titanium alloys, and high-performance plastics, providing comprehensive and cost-effective solutions.
Contact us today for high-quality precision CNC machining services that meet aerospace industry standards.
