New progress has been made in the research of new multi-level nanostructured magnesium alloys with both high strength and high plasticity.
Whether you are looking to create a single prototype or prepare for mass production, reducing manufacturing costs is often a top priority when it comes to CNC machining. Fortunately, as a designer, your decisions can greatly affect the final pricing. By following the Design for Machinability tips in this article, you can manufacture parts optimized to minimize cost and still meet your design requirements.
At present, aviation equipment is developing in the direction of light weight, that is, the material must have high strength and the material must be as light as possible. This is related to the working environment of the aerospace industry and the product and the various task requirements that the product completes.
Deciding which manufacturing process to choose can be difficult; there are many different factors to consider. You can start with the die casting process as it provides the quantities you need and the tolerances you need. However, next you may need to switch to a different manufacturing process. This can happen if the demand for parts changes, or if your lead time or quality needs change.
Copper is a really versatile metal. Copper has a naturally beautiful, lustrous finish, making it ideal for artwork, kitchenware, kitchen backsplashes, countertops, and even jewelry. It also has excellent material and electrical properties for engineering complex parts such as EDM electrodes.
As metalworking evolves, the correct process for making parts is critical. Deep drawing and stamping are two different processes that can produce parts according to the needs of the product.
