Many types of metals can be used for the electroplating process. Nickel, chrome, and zinc are widely used depending on the industry that the part is used in and the application. Each type of metal has its advantages and disadvantages.
To create hydraulic components, precision machine tools are often used. These consist of machine tools such as CNC lathes. CNC lathes focus on the speed, feed, and depth of cut performed on the part with preprogrammed parameter.
Metrology testing checks that precision machined parts are produced accurately based on their measurement drawings. The tests check that measurement tools are calibrated.
Sand casting starts with using a three-dimensional pattern of the part to make the sand mold. The molten metal will be poured into the mold to cast the part.
Investment casting deals with both nonferrous and ferrous metals. Metal selection will be based on your application and if the application can allow the iron to present.
When talking about CNC precision machines, we often hear the words, "3-axis, 4-axis, and 5-axis." Let's go over what axes refers to in CNC machining and why it is important to have the right machine for the project.
The carbonitriding process is ideal for less expensive metals that require their surface layers to be heat treated to help make the metal more durable and stronger.
One of the most common metals used in investment casting processes is aluminum. Aluminum's high strength to low weight ratio makes it ideal for industries requiring durable parts that are also lightweight, such as aerospace, medical, and electronics.
The types of CNC machines selected for a customer's precision machining part will be based on material used, the dimensional tolerances, and part function.
Cores will be made from the same resin sand used in the sand casting process. The sand is placed into a core box that has the desired interior pattern for the part.