Types of processes

Types of processes

1. Forming process

   • The objective of forming a material is to give it a certain shape, following a series of specific techniques. This process allows a part to be reshaped without the need to add or remove material in metalworking. Manufacturers can do this by various methods.

2. Material Removal Process

   • Processes for material removal are classified as traditional, or chip-forming, and non-traditional, or chipless. In all traditional processes for material removal, the three basic elements are the workpiece, the cutting tool, and the machine tool.

3. deformation process

   • Metal deformation is a process in which, due to applied forces, the shape and/or size of the piece of metal changes. For it to take place, the applied force must involve a stress greater than the original yield strength of the metal. And in this way a deformation is produced at the same time

4. Material joining process

   • The union of two or more materials by means of a filler metal, using induction heating. Materials are quickly heated by the electromagnetic field of an induction coil.

5. Material Removal

   • Los procesos para remoción de material se clasifican como tradicionales o con formación de virutas y no tradicionales o sin virutas. En todos los procesos tradicionales para remoción de material, los tres elementos básicos son la pieza de trabajo, la herramienta de corte, y la maquina herramienta.

6. finishing process

   • The finish is a manufacturing process with which the appropriate surface for the application of a product is obtained; however, it is not limited to the aesthetic issue, since specifications that have to do with the dimensions of the object are also obtained.

7. tuning process

   • Tuning is the process by which the constants and other parameters required by the control algorithms are identified, to guarantee that the behavior of the controlled variable is as close as possible to the desired conditions, with the intermediation of the controller.

8. Heat treatment process

   • The heat treatments are carried out in a furnace in which the metal parts are heated to a high temperature in a controlled gaseous atmosphere chosen based on the properties to be modified: surface hardness, ductility, wear resistance, aesthetic appearance, etc.

9. Solidification process

   • When the metal is in a liquid state and energy is removed from it, solidification occurs, which also occurs at constant temperature. The stages of solidification of a pure metal can be seen in the graph: initially, very specific points solidify in a stage called nucleation.

10. Coating process.

    • The coating process consists of applying a coating material to a moving web of flexible substrate. The carrier substrate may be paper, film, or aluminum foil and the resulting material's additional properties will vary depending on the required application and on the material's end-use