Industries around the world rely on mass finishing applications to bring their products and hardware up to spec. Clean, smooth and functional components are necessary for every manufacturing scenario. Achieving this goal starts at the top of the industrial chain, and the final customer gets to enjoy the result.
If your industry specializes in complex machinery with intricate parts, you have the important task of getting each component ready for the assembly line. This is especially true in the automotive industry where every piece of a vehicle needs to function at a high level. With mass finishing for automotive, it’s possible to prepare every part.
If you’re unfamiliar with mass finishing, now is the best time to learn. The process can take manufactured products to the next level of quality, reliability and appearance. Whether you’re a business owner or engineer, you understand how crucial it is to supply your clients with polished, durable goods. An excellent mass finishing machine can do exactly that.
Learn more about mass finishing and the elements involved in this skilled process by reading our informative guide.
The process of making an airplane is extremely complex. It starts with the engineers creating the design. Then comes the manufacturing of the different parts and their assembly. Once the aircraft is assembled, it is rigorously tested to make sure all parts work as they should. When testing is completed and all the aesthetic and decorative elements are installed, the aircraft ready for use. All of these steps are essential to ensure the aircraft flies properly and complies with the necessary safety requirements upon its completion.
But what many people might not realize is that some of the most surface-level elements — the most literal ones, no less — are also some of the most critical steps in the process. Metal finishing for aerospace parts is a step that no manufacturer can afford to skip.
Finishing systems provide a way to improve the finish on metal parts by cleaning, deburring, deflashing, descaling, polishing or otherwise smoothing and refining surfaces. Finishing metal components can make them safer to work with, more suitable for manufacturing standards and shinier for marketing purposes. When you need to finish parts, you should choose the right equipment system and media to do the job right.
Metal finishing incorporates multiple processes and serves many purposes. Manufacturers use this technique to prime metal parts for painting, remove defects, improve the appearance of a component or limit part-on-part friction. The versatility of finishing — and finishing machines — lends itself well to many manufacturing applications. However, sometimes there may be defects that are too small for you to catch — these often appear as micron-sized particles.
What is a micron, and what role does it play in metal production? Read on to discover the definition of a micron, how it can affect the process of finishing metal parts and what you can do to combat it.