**1.5 Numerical analysis**

Only in high level efficiency equipment, it is necessary to use the OTR, with analysis of processes in current periods and with future predictions. In this investigation was used the MATLAB software [15] with mathematical and statistical analysis, to develop the evaluations which the current conditions and the improvements necessary of the manufacturing processes for the optimal operational performance of the evaluated new workstation. Industrial operations are constantly evaluated by MATLAB software that indicates by means of numerical values or representations with signals of various figures in tables or graphs. The specialized personnel of this type of activities have the function of developing analyzing the information obtained from the operational performance of equipment, devices and industrial machinery and developing new prototypes based on the needs of the industries.

Ishikawa diagram used to evaluate industrial processes.

The Ishikawa diagram was is an important tool of continuous improvement and was utilized in this investigation, to evaluate the six parameters that are presented more frequently in any type of operations in any type of industry [16, 17] and in this case was analyzed each step of the process explained in the last section. The Ishikawa diagram is showed in **Figure 6**, and was used with six factors involved in each operation of the company evaluated, being the analysis of:


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*Impact of ICT to Improve of the Manufacturing in a SME Biomedical of Mexicali, Mexico*

The study was very relevant to be able to establish a new process attached to the manufacturing line, and to determine with the COSIMIR software, the optimal conditions for the new industrial process. The investigation was elaborated in four

a.Analysis with the Ishikawa diagram of times and movements of the operation of organization of microcomponents in the process in the conveyor belt.

b.Examination of modifying the process flow by eliminating a stage and being

c.Evaluation of friendly software for the design and simulation of industrial

d.Analysis of the implementation in the manufacturing area of the electronic

The implementation of the new work table once the design and simulation analyzes were made with the COSIMIR software determined the need to extract the operation of organizing biomechanical knee pads to avoid production stoppages and delays to the subsequent areas and to the customer with the final product to avoid production stopped and delays to the subsequent areas and to the customer with the final product. With the COSIMIR program, the work table was designed and manufactured and the required personnel were quickly trained. Once the expected results have been obtained, was proposed to replicate this procedure in other manufacturing line of this industrial company evaluated where the investigation was elaborated.

The initial focus of this software was for educational activities, subsequently using it for industrial operations research and the development of new prototypes. This software developed simulations to evaluate the possible improvements of

*DOI: http://dx.doi.org/10.5772/intechopen.93585*

phases, as explained below, explaining each of these:

*Steps of Ishikawa diagram used in industries. Source: Analysis of the investigation.*

processed outside the conveyor belt.

**2. Methodology**

**Figure 6.**

processes.

**3. Results**

micro-industry.

**3.1 COSIMIR used in the industry**

*Impact of ICT to Improve of the Manufacturing in a SME Biomedical of Mexicali, Mexico DOI: http://dx.doi.org/10.5772/intechopen.93585*

**Figure 6.**

*Concepts, Applications and Emerging Opportunities in Industrial Engineering*

Only in high level efficiency equipment, it is necessary to use the OTR, with analysis of processes in current periods and with future predictions. In this investigation was used the MATLAB software [15] with mathematical and statistical analysis, to develop the evaluations which the current conditions and the improvements necessary of the manufacturing processes for the optimal operational

*Schematic diagram of manufacturing area in the electronic industry in Mexicali. Source: Analysis of the* 

performance of the evaluated new workstation. Industrial operations are constantly evaluated by MATLAB software that indicates by means of numerical values or representations with signals of various figures in tables or graphs. The specialized personnel of this type of activities have the function of developing analyzing the information obtained from the operational performance of equipment, devices and industrial machinery and developing new prototypes based on the needs of the

The Ishikawa diagram was is an important tool of continuous improvement and was utilized in this investigation, to evaluate the six parameters that are presented more frequently in any type of operations in any type of industry [16, 17] and in this case was analyzed each step of the process explained in the last section. The Ishikawa diagram is showed in **Figure 6**, and was used with six factors involved in

1.**People:** Evaluation of workers in the manufacturing line investigated, analyz-

2.**Environment:** Analysis of the relationship of management and supervision personnel with workers who elaborated the industrial activities in each step of

3.**Industrial equipment and machinery:** Evaluation of the operative yielding in

4.**Material:** Evaluation of raw material used in the store and manufacturing areas, to obtain the final fabricated product, and analyze the necessary materials

5.**Method:** Analysis of the way to make the industrial operations, standing or sitting, movements and times of the activities made in the new worktable.

6.**Measurement:** Evaluation of the appropriate measurements and compare them with quality standards established by specialized institutions or organi-

Ishikawa diagram used to evaluate industrial processes.

each operation of the company evaluated, being the analysis of:

ing the time and movements in each operation.

each step of the manufacturing line analyzed.

the manufacturing line evaluated.

to make the industrial operations.

**1.5 Numerical analysis**

**Figure 5.**

*investigation.*

industries.

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zations.

*Steps of Ishikawa diagram used in industries. Source: Analysis of the investigation.*
