process

Previous Next Machining is the process of cutting, shaping, or removing material from a workpiece using different types of machine tool to achieve desired products Process: 01 Analysis and approval of technical drawings of the workpiece Before beginning the machining of a part, the quality and feasibility of technical drawings that the machinist will use as […]

Previous Next This method uses powerful presses and/or hammers and relies on the shape of the dies, which are essentially cast impressions of the end product. The five steps of impression die forging are: Process: 01 Heating Pre-forged metal starts with metal blocks called “ingots,” which come in a variety of shapes and sizes depending […]

Previous Next Metal injection molding is best suited for the high-volume production of small metal parts. As with injection molding, these parts may be geometrically complex and have thin walls and fine details. Process: 01 Feedstock preparation The first step is to create a powder mixture of metal and polymer. The powder metal is mixed […]

Previous Next Pressure die casting is a metal casting process that involves injecting molten metal into a three-dimensional mold. The base metal is heated until it achieves a molten state. It’s then forced into the mold’s cavity, allowing it to take the shape of the mold once cooled. Process: 01 Preparing the Mold The initial […]

Previous Next Process: 01 Sand Preparation Prepare sand and core sand for molding, generally using a sand mixer to mix the used sand and the right amount of clay. 02 Pattern Making Molds and core boxes are made according to the part drawings. Generally, we can use wooden molds for single parts production, plastic or […]

Previous Next Process: 01 Mould Making A mould, known as the Master Die to create wax patterns is made to fit the master pattern by either casting or machining. Technology advancement in tooling and CNC machining has enabled machining a master die from a material such as Steel and Aluminum without the need for a […]