Kingsun/Aerospace is committed to providing high-quality CNC machining activities suitable for the Aerospace business. We have a top-notch facility that is well fitted with the latest technology and hardworking personnel dedicated to quality assurance in each project. For all your Aerospace machining needs, from the development of the prototype to the production process, we provide excellent machining services.
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With a unique blend of advanced manufacturing and technology, Kingsun Aerospace undertakes multifaceted CNC machining services for its aerospace clientele.
• Our advanced technology capability makes it possible to develop and produce precise and narrow tolerant complex geometric features.
• Our expertise includes machining high-strength materials, titanium alloys, aluminum alloys, Inconel, and composites.
• We deliver a broad range of services, including the fabrication of structural, engine, interior, and other aviation parts.
• At Kingsun quality is never compromised and it is supported by certification to the AS9100 standard and ongoing inspection during the manufacturing.
• We have rapid turnaround times and allow fast-track/delayed retrieval of their client's concerns regarding time-sensitive matters.
• Customer focus and effective quality management strategies are some of the factors that lead to the success of Kingsun and its customers in the aerospace industry.
Kingsun’s aerospace CNC machining services are designed to produce all necessary elements with great precision and quality. Find out how our beneficial techniques can improve your projects and your production requirements.
Kingsun Aerospace is engaged in manufacturing and selling comprehensive and advanced services in the aerospace industry. The capabilities for precision machining include 5 axis, turning, milling and rapid prototyping. Options for surface treatments extend to anodizing, plating, thermal barrier coatings, and environmental coatings to improve durability.
The aviation industry not only demands very high level of dimensional tolerances but also surface and structural integrity in terms of environmental resilience and strength. For those objectives, some finishing technologies, all having specific features, are used.
Anodizing is a very effective yet controversial method of coating metal surfaces, more focused on corrosion resistance. Whereas most metal finishing anodizing is applied to aerospace components, aluminum anodizing thickening lowers the outer oxidation layer of the substrate and enhances its longevity by wear and corrosion. There is also the option of analyzing the anodized finish by painting it with a color of choice or any other colors for easy identification purposes. Such a process is important in the aircraft manufacturing industry as the different parts may be subjected to extreme temperatures and moisture.
Electropolishing is the constitution of washing away a thin coating of a metal surface, hence leaving a polished surface. This method is useful for stainless-steel parts used in the aerospace industries since it offers better corrosion protection, less friction and lesser pollution of the area. There are assessed standards according to which the treatment should be performed to assure that it does not cause excess modification to the scale of the particular amongst the highly stressed components.
PVD (Physical Vapor Deposition): In this procedure, thin films of material are deposited over the surfaces of the components which enhance their wear resistance, lower friction and increase durability. Cutting tools and arcade wear parts are often subjected to PVD coatings.
CVD: Chemical vapor deposition shares a few similarities with the PVD method as there is a chemical reaction which results in the formation of thin films on the substrate. This method is frequently used for thermal barrier coatings since it supports high temperature applications.
Thermal Spraying: This process is used to apply coatings with the use of molten, or semimelted materials thermally sprayed onto an object. This is most commonly done for parts that are likely to be subjected to high temperatures or harsh conditions.
Grinding and polishing are also one of the CNC machining finishing operations steps with particular reference to the aerospace sector so as to realize smaller tolerances and better surface finishes. These processes are of paramount importance for some components, including the bearings, shafts, and seals, which have to be assembled within close tolerances for proper operation. Furthermore, through the use of advanced grinding techniques such as CNC cylindrical grinding and centerless grinding, it is possible to achieve tight dimensional control as well as a mirror finish.
Passivation is a chemical process which removes free iron as well as impurities that are present on stainless steel and other alloy materials. This helps in increasing resistance to rust by encouraging growth of a coating of oxide films. In the field of aerospace, passivation is an important process for the components that have to operate in critical environments.
Although it is mainly an identification technique, laser marking and etching are also commonly used in aerospace manufacturing for traceability and compliance purposes. This non-destructive operation provides opportunities for accurate marking of part-of-structure number, bar codes, or logos on the components without compromising the quality of the finished product.
Designed in a professional manner and with a keen eye on how to improve and enhance the quality and precision of the products with the application of the modern equipment and expertise.Take a look at our detailed guide on CNC surface preparation.
Aerospace CNC machining encompasses several operations, such as milling, turning, and drilling, all done in quality-controlled environments to maximize the effectiveness and sturdiness of the parts needed in the aerospace industry.
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Want to know more about Aerospace CNC Machining Services
A: In the context of the aerospace industry, aerospace CNC machining is defined as the precise manufacturing process that is applied to make parts using computer numerical control machines. It involves processes like CNC milling, CNC turning, and EDM machining, among others, to manufacture intricate and superior-quality aerospace parts.
A: The common materials used in aerospace CNC machining include aluminum alloys, titanium, stainless steels and materials with aerospace grade alloying. Dependent on the proposed use, these materials were chosen for their strength to weight ratio, ability to resist corrosion and tolerating adverse environmental conditions.
A: Precision is one of the most important attributes in any aerospace manufacturing since any slight deviation can cause a disastrous failure. Aerospace components are manufactured and subjected to stringent tolerances and specifications for safety and reliability and therefore precision CNC machining services are indispensable.
A: Many types of CNC machines are used in making aerospace parts, such as 5-axis CNC machines, CNC lathes, and CNC milling machines. Each type of machine has its own capabilities, which makes it possible to create complex geometries and precision machined components required in the aerospace industry.
A: 5 axis CNC machining features maximum flexibility and accuracy in the making of complex shapes as well reduces the number of setups needed. This feature improves efficiency and accuracy, making it conducive to the production of aerospace parts.
A: Aerospace CNC machining services do guarantee quality owing to the meeting strict quality control processes which include the measurement and inspection using CMM. In addition, plant shops with certified approval comply with the regulations of the aerospace market and its standards to deliver the best quality machined parts.
A: The most common differentiating factor is the level of regulations and controls under which the manufacturing of the aeronautical realm operates.’ There is a stringent requirement in terms of accuracy and reliability for aerospace CNC machining when compared to other industries. Other industries do not have such close tolerance requirements.
A: Typical aerospace projects involve the fabrication of aircraft components, structural components of planes, engine components, and parts for assembly. These projects often involve advanced and specialized precise fabrication of parts and components that can cope with high stresses and high safety regulations.
A: Yes, almost all aerospace CNC machining services also perform custom work. For some projects, it is possible for engineered parts to work together with aerospace firms to create one-off machining parts.
A: Leading aerospace manufacturers use advanced CNC machining technologies for higher performance, shorter lead time, improved accuracy, and production of complicated shapes. This does not only enhance product quality but also makes it possible to cater to the increasing needs in the aerospace sector.
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