Авторы

  • Н Сотволдиева
    Assistant Andijan State Technique Institute

DOI:

https://doi.org/10.71337/inlibrary.uz.imjrd.132162

Ключевые слова:

equipment system economical employee speed

Аннотация

The enterprise efficiency many consists of factors : process efficiency, personnel, equipment. Downtime, speed reduction, the need for repairs and re-equipment directly affect the company's profit. One of the modern methods that allows minimizing the negative impact of these factors is the TPM system, a tool for lean production.

background image

INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR

RESEARCH & DEVELOPMENT

SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805

eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 08 (2025)

6

ASPECTS OF CONNECTION BETWEEN AUTOMOBILITY AND TPM (TOTAL

PRODUCTIVE MAINTENANCE)

N. S. Sotvoldiyeva

Assistant Andijan State Technique Institute

Abstract :

The enterprise efficiency many consists of factors : process efficiency, personnel,

equipment. Downtime, speed reduction, the need for repairs and re-equipment directly affect

the company's profit. One of the modern methods that allows minimizing the negative impact of

these factors is the TPM system, a tool for lean production.

Key words :

equipment , system , economical , employee , speed

TPM equipment performance It focuses on preventive maintenance and technical support to

maximize uptime. It eliminates the distinction between production and maintenance roles, with

the focus on empowering operators to maintain their equipment.

TPM (Total Productive Maintenance) is one of the cost-effective production tools, the use of

which allows you to reduce losses associated with downtime due to equipment failures. [1]

Key aspects of TPM

-

increase the productivity and service life of equipment through good maintenance and

careful attention to operating requirements;

-

improving the efficiency and quality of equipment maintenance by increasing worker

training and motivation;

-

looking for opportunities to improve efficiency by collectively identifying the causes of

failures, redesigning work areas, and changing replacement operations [2].

The implementation of the TPM system was to determine the areas of responsibility of the

departments and determine the role of each participant. From the very beginning of the project,

the main goal was to maximally involve employees of the relevant departments and form a

cross-functional team from among them to develop standards for inspecting and reviewing

equipment, rules for interaction between services . It included a TRM project specialist, site

foreman, top operator, chief mechanic, engineer and technologist; if necessary, an electrician

was also involved. By involving employees of different departments in joint activities, it was

possible to establish constructive cooperation between departments at the main level.

The result of the work of the cross-functional group is a developed and agreed-upon continuous

diagnostic system, which includes an algorithm for interaction between services, a standard for

checking equipment by a mechanic, and, accordingly, a visual aid in the form of a check board,

shown in Figure 1.

Automotive industry The relationship between TPM (Total Productive Maintenance) and TPM

(Total Productive Maintenance) plays an important role in improving production efficiency and

quality, especially in the automotive industry. TPM is a methodology that aims to optimize

production processes, ensure equipment operates at maximum efficiency, and encourage

employee participation. In the automotive industry, efficient production systems are necessary

to produce high-quality and reliable vehicles.

Effective management of equipment and technology

In the automotive industry, production processes are carried out using high-tech equipment and

automated systems. The TPM method is aimed at constantly monitoring the technical condition

of this equipment and ensuring its full functionality. In this case:

- Keeping equipment in perfect condition,


background image

INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR

RESEARCH & DEVELOPMENT

SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805

eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 08 (2025)

7

- Carrying out preventive maintenance,

- Regularly check the operation of equipment and systems.

This increases the efficiency of the automotive manufacturing process and reduces

production failures.

Employee engagement and training; One of the key components of the TPM method is

to actively involve employees in the production process and train them in the necessary skills.

In the automotive industry, employee skills and motivation directly affect product quality. TPM

helps to:

- Involving employees in optimizing equipment and processes,

- Ensuring high levels of efficiency through education and training programs.

Short-term fault detection and elimination; The main goal of TPM is to detect and

quickly eliminate faults in equipment and systems. This prevents downtime in the automotive

industry and ensures production continuity. Processes in automotive production require speed

and accuracy, so constant monitoring of equipment and lines is essential . important .

. Production release efficiency increase

TPM

— production release equipment maximum at the level effective work in the case of hold

to stand goal does . In

the automotive industry

and this very important because :​

Every how of the equipment stop​ collection line slows down or stops .

Large car working manufacturers (Toyota, Ford, Volkswagen and others ) minutes and

seconds based on working release efficiency evaluates .

Dependency :

Using TPM

working release in the process equipment complete work in the

case of storage in the automotive industry working release duration provides .

" Zero" "failure " and " zero" " stop " principle

TPM main from the principles one —

malfunctions prevent to get

, that is proactive service

show​ ​

Car working in output :

Stops​ and malfunctions many in quantity damage brings .

"Just-in-time" system works — that is parts and materials same at the time necessary to

the place arrived goes , so for every how stop​ whole the process from the trail Operators

participation and knowledge level

TPM is usually

operators to equipment technician service in showing active participation

to reach

encourages .

In the automotive industry this how manifestation will it be ?

Workers own​ working equipment or line deep understands .

Malfunction early clearly , big of the problem took is taken .

Production release quality increases .


background image

INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR

RESEARCH & DEVELOPMENT

SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805

eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 08 (2025)

8

OEE (Overall Equipment Effectiveness) monitoring

Within TPM the most many​ used from indicators one is

OEE

. These are the 3 main factor

measures :

Performance time ( Availability ),

Work​ speed ( Performance ),

Product Quality .​ ​

OEE in the automotive industry

via :

Which on the line efficiency low is determined ,

How reasons to efficiency impact what is doing analysis will be done

5. Continuous improvement (Kaizen)

TPM —

Kaizen ( continuous improvement ) improve )

on the principle is based on .

In the automotive industry :

Every one small change general quality and expenses to reduce service does .

Production in the output the most small waste or malfunction to the system impact to do

possible , therefore in the TPM tool for permanent optimization important .

Conclusion

By implementing TPM in the automotive industry, it is possible to increase production

efficiency, extend equipment life, and improve product quality. The connection between these

two areas helps to improve production processes, reduce failures, and increase the economic

efficiency of the company.

Used literature:

1.

TRM system (English) - More than a quarter of a century in Russia. Japanese theory.

Russian practice. Experience of the TAIR consulting community / TM Kupriyanova, VE

Rastimeshin. - M.: OOO "Buki Vedi", 2019. - 644 p.

2.

Vader, M. Lean Tools: a mini-guide to implementing lean production methodologies:

trans. from English / M. Vader. - M .: Alpina Business Books, 2015. - 125 p.

Библиографические ссылки

TRM system (English) - More than a quarter of a century in Russia. Japanese theory. Russian practice. Experience of the TAIR consulting community / TM Kupriyanova, VE Rastimeshin. - M.: OOO "Buki Vedi", 2019. - 644 p.

Vader, M. Lean Tools: a mini-guide to implementing lean production methodologies: trans. from English / M. Vader. - M .: Alpina Business Books, 2015. - 125 p.