Types of Processes

Types of Processes

1. LINING PROCESS

   • Overlay is an object that is covered over with substrate. In many cases they are performed to improve some properties or qualities of the substrate surface, such as appearance, adhesion, wetting characteristics, corrosion resistance, wear resistance, and scratch resistance among many others.

2. SOLIDIFICATION PROCESS

   • Solidification is a process by which a metallic material, in a liquid state, becomes solid by cooling in a mold, which once solidified, this material has the shape of an ingot. This industrial process is very important, since almost all metallurgy is based on this phenomenon.

3. TUNING PROCESS

   • Tuning a feedback control system means regulating parameters in the controller in order to implement a robust control in the process. “Robust” in this context is usually defined as stability of process variables despite load changes, fast response between setpoint changes, minimal oscillations, and minimal time offset.

4. HEAT TREATNENTS PROCESS

   • Heat treatments use the natural components of the various temperatures (cold or hot), they can be extreme or normal, to change the molecular characteristics of a material, based on the reaction that it has at a certain degree of heat or freezing.

5. MATERIAL JOINING PROCESS

   • Joining and assembly processes refer to the method of joining two or more parts together to form a complete assembly or subassembly. These Processes can be classified into 3 Groups: Not Permanent. (Mounting). Semi-Permanent. (Mechanical Assembly). Permanent. (Assembly by Welding, by Adhesives).

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. MATERIAL REMOVAL PROCESS

   • Processes for material removal are classified as traditional or with chip formation and do not traditional or chipless. In all traditional processes for material removal, the three elements The basic components are the work piece, the cutting tool, and the machine tool.

8. DEFORMATION PROCESS

   • Process of passing material under pressure through a die or extruder die of a certain shape, when the material passes through the die, it adopts the cross section equal to the shape of the opening. In manufacturing this process is commonly applied to metals, polymers, ceramics, and concrete.

9. FORMING PROCESS

   • The objective of forming a material is to give it a certain shape, following a series of specific techniques. This process allows to give new forms a part without the need to add or remove material in metalworking.

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