**3.3 Correlation analysis of quality control**

In this investigation, the distribution by flow of the product was evaluated, where, in this form of work, the distribution of the work tables was organized, as

**167**

**4. Conclusions**

**Figure 8.**

**Figure 9.**

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

*Analysis of transition and reception of data in an computer system with COSIIMIR software (June, 2018).*

well as industrial equipment and machinery at each stage of the manufacturing process, with a sequence of operations to perform during the manufacturing of the product. The use of ICT has been considered as a new tool for business development, because transactions can be processed from anywhere in the world without having to wait for banking systems. This improves efficiency and management in the industries, which evaluate the costs of applying ICT in your company and carry out a comparative analysis of this aspect with the productivity and manufacturing quality indices. With this technological tool, what is called electronic commerce was formed, where financial operations are carried out quickly and easily from the matrixes of industries located in their countries of origin to where their branches

The use of ICT with the Cosimir software in the SME biomedical company, was very relevant in the evaluation of continuos improvement to determine the

are in other countries of the world. This is showed in **Figure 9**.

*Correlation analysis of productivity, quality and costs generated by ICT.*

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

**Figure 7.** *Development process of the work table with the COSIMIR program.*

*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 8.**

*Concepts, Applications and Emerging Opportunities in Industrial Engineering*

manufacturing areas without optimizing operations in these.

line of new product fabricated and the less quantity of fails and errors.

**3.2 Quality of ICT in industrial processes**

**3.3 Correlation analysis of quality control**

*Development process of the work table with the COSIMIR program.*

adding structures, devices or working methods to obtain an immediate and lasting solution to problematic situations that was presented in the manufacturing areas. With this software, a new work table was designed that the SME biomedical industry did not have and was manufactured in this same company by design personnel of new processes and products. **Figure 7** shows the process of development of the work station used in this investigation and was designed by COSIMIR for the new industrial activity. The use of workstations in this industrial plant evaluated, increased in recent years, with the design of new prototypes for the development of manual activities, with the aim minimizing costs and maximizing economic gains, and that are ergonomically suited to operating personnel. The costs of these types of workstations sometimes exceed the expectations of companies that do not include such expenses in their budget, and due to this, they have been implemented in the

In this investigation was evaluating the quality of the intensity of signals about the communication of data. This is showed in **Figure 8**, which is very important to determine the capacity of memory of the computer system in the manufacturing areas and the velocity to control industrial processes and the actual version of the COSIMIR software. As is observed in **Figure 8**, the different colors indicate the presence of diverse velocities of intensity of transition data by computers in the manufacturing areas. The development of a new workstation generated maximum efficiency originating an increase of levels of production (86%) and quality (89%) and decreased costs (82%) by having an optimization of processes based on the use of fingersine prepared in the COSIMIR software and similar evaluations that confirmed the need for this continuous improvement. This analysis was based in the reflection of less use of rework, less quantity of people in the manufacturing areas that were resintalled in a new manufacturing

In this investigation, the distribution by flow of the product was evaluated, where, in this form of work, the distribution of the work tables was organized, as

**166**

**Figure 7.**

*Analysis of transition and reception of data in an computer system with COSIIMIR software (June, 2018).*

#### **Figure 9.**

*Correlation analysis of productivity, quality and costs generated by ICT.*

well as industrial equipment and machinery at each stage of the manufacturing process, with a sequence of operations to perform during the manufacturing of the product. The use of ICT has been considered as a new tool for business development, because transactions can be processed from anywhere in the world without having to wait for banking systems. This improves efficiency and management in the industries, which evaluate the costs of applying ICT in your company and carry out a comparative analysis of this aspect with the productivity and manufacturing quality indices. With this technological tool, what is called electronic commerce was formed, where financial operations are carried out quickly and easily from the matrixes of industries located in their countries of origin to where their branches are in other countries of the world. This is showed in **Figure 9**.

### **4. Conclusions**

The use of ICT with the Cosimir software in the SME biomedical company, was very relevant in the evaluation of continuos improvement to determine the
