Metalworking

Welding is a common fabrication process that involves the use of heat to fuse two or more metal parts. When melted is heated, it turns to liquid. The opposite surfaces of the metal parts will then mix together, resulting in … Read More

Metal is oftentimes manipulated after being smelted from raw ore to improve its strength, durability, ductility or other physical properties. While most of these metalworking processes involve the use of heat, others do not. Cold working, for example, is a … Read More

3D printing is an innovative manufacturing process that allows companies to quickly and efficiently build objects from a computer-generated model file. It involves the use of a 3D printer to build the object using raw material. While most 3D printers … Read More

Featuring a rotating cutting tool, milling machines are able to quickly and efficiently remove material from otherwise hard workpieces. The workpiece is secured in place, after which it’s exposed to a cutting tool. Milling machines differ from lathes in the … Read More

Pure titanium is oftentimes mixed with other metals or chemical elements. Known as titanium alloy, the presence of these additional metals and chemical elements changes its physical properties. Pure titanium itself is relatively strong — about the same strength as … Read More

Have you heard of rubber pad forming? Based on the name alone, you may assume that it’s used to produce rubber products. Rubber pad forming, however, is actually a metalworking process that’s used to produce metal products. It’s simply called … Read More

Manufacturing companies use a variety of metalworking processes to manipulate sheet metal, two of which include hemming and seaming. In both of these processes, sheet metal is bent and rolled over, resulting in a new shape. Hemming and seaming aren’t … Read More