Process Overview – It is a process of making parts by pouring molten metal into a die and then cooling it to room temperature so that it takes the shape of the die. It is a less expensive method of manufacturing compared to machining an entire
Forging is a manufacturing process involving the shaping of metal using localized compressive forces of a hammer or a die (Open Die & Closed Die). Forgings are broadly classified based on the temperature at which it is formed as Cold, Warm & Hot
Process Overview – It is a process that creates a desired shape and size by removing the unwanted material from a larger piece of metal i.e Subtractive Manufacturing. A plethora of machining options are available depending on the part geometry,
Process Overview – Sheet metal is one of the fundamental forms used in metal working, and it can be cut and formed into a variety of shapes by different methods. Sheet metals are manufactured by cold or hot rolling depending on the type of
Process Overview – Injection molding is a manufacturing process in which molten plastic is injected into a mold which is made up of steel or aluminum. Principally it is like a die casting process used for making metal parts. The semi-molten
Process Overview – Process of heating metal without letting it reach its molten state and then cooling it in a controlled manner to achieve desired mechanical properties. The Heat Treatment consists of : a) heating cycle in which the part is
Process Overview – Generally, a layer of metal is deposited over a substrate for either aesthetic or functional purposes. It is an electrolytic process in which the part to be plated is usually used as a cathode and the metal to be deposited is
Process Overview – Welding is a process of joining metals or thermoplastics by using a high amount of heat generated by a power source. This melts the material to fuse together and form a metallurgical bond which is protected by a shielding
Process Overview – Also called Additive Manufacturing, it is a process where part geometry is grown by depositing and fusing multiple layers one after the other. The part is manufactured as per the 3D CAD model and fed into its computing system.
To ensure 100% conformance to customer requirements the part goes through multiple stages of testing throughout its supply chain. With the help of our in-house test setup and network of NABL certified labs, we can perform a range of tests for raw