Type of process

Type of process

1. 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 strenght of the metal.

2. Material joining process

   • Mechanical joints are elements that serve to maintain the relative position between several pieces, that is, they limit the movement between the pieces to be joined linear and rotational movement and their degrees of freedom. They are also known as bras.

3. Material Removal

   • Forming operations in which excess material is removed from starting workpiece in such a way that what remains is the final shape.

4. Finishing process

   • The finishing processes are intended to ensure that the surfaces of the products meet the needs required by our customers in terms of appearance, texture and final behavior for which they have been designed.

5. Turning Process

   • Turning 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.

6. Forming process

   • This process allows a part to be reshaped without the need to add or remove material in metalworking.

7. Material Removal Process

   • In all traditional processes for material removal, the three basic elements are the workpiece, the cutting tool, and the machine tool.

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, solidtification occurs, which also occurs at constant temperature.

10. Coating Process

    • Iron-on coating is ideal for adding functionality to a substrate, creating a new product, or adding the adhesive for reactivation in the next step in the production process.