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1
Content available remote Nanokompozyty polimerowe z udziałem nanokrystalicznych proszków stopów na osnowie Fe magnetycznie miękkich
Ziębowicz B., Szewieczek D.
Przetwórstwo Tworzyw
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2011
|
[R.] 17, nr 6
539-544
PL
W pracy przedstawiono rozwiązanie technologiczne prowadzące do otrzymania materiałów kompozytowych o regulowanych własnościach ferromagnetycznych oraz mechanicznych powstałych w wyniku wiązania nanokrystalicznych proszków stopu Fe73,5Cu1Nb3Si13,5B9 (FINEMET,) z proszkami polietylenu niskociśnieniowego o dużej gęstości (PEHD). Proszki stopu Fe73,5Cu1Nb3Si13,5B9 powstały w wyniku wysokoenergetycznego mielenia taśm po procesie nanokrystalizacji termicznej. Zaproponowana technologia otrzymywania materiałów kompozytowych polega na połączeniu odpowiednio przygotowanych komponentów w wyniku prasowania jednostronnego jednoosiowego. Opracowana technologia pozwoliła na wyznaczenie optymalnych parametrów procesu wytwarzania materialów kompozytowych oraz na opracowanie w wyniku przeprowadzonych badań najkorzystniejszego rozwiązania materiałowego ze względu na ich własności magnetyczne i mechaniczne. Wytworzenie materiałów kompozytowych złożonych z proszków materiałów nanokrystalicznych i polimerów oraz optymalizacja ich własności daje podstawy do ich praktycznego zastosowania.
EN
This paper presents technological solution which makes possible to obtain the composite materials with the controlled ferromagnetic and mechanical properties. The composite materials were made by binding the Fe73,5Cu1Nb3Si13,5B9 (FINEMET) alloy with high density pressureless polyethylene (PEHD). The ferromagnetic powders of Fe73,5Cu1Nb3Si13,5B9 alloy were made by high-energy milling of tapes after their thermal nanocrystallization. Manufacturing technology of the composite materials depends on connecting the fabricated components by one-sided uniaxial pressing. Used technology allowed evaluating optimal parameters of the composite materials manufacturing process and to elaborate, according to experiments, the best material solution - most advantageous mechanical and magnetic properties. Manufacturing of the composite materials composed from the nanocrystalline powder materials and polymers as well as optimalization of their properties gives the base for their practical application.
2
Content available remote Control of measurement equipment in the aspect of integrated quality management
Karkoszka T., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2010
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Vol. 40, nr 1
95-102
EN
Purpose: of the paper has been an attainment of the confirmation that the base of improvement of production processes in the meaning of quality of products and safety workplace are the results of measurement, monitoring and analysis realised with usage of measurement equipment. Design/methodology/approach: Methodology used for the analysis has included design of the test and measurement system also measurement equipment required for the correct performance of tests. Findings: of analysis are as follows: properly designed system of management and supervision of test and measurement equipment should be capable of achieving the accurate and reliable results being the base for making subsequently relevant decisions. Practical implications: can apply in case of any organisation, which uses clearly established procedures for obtainment, identification, usage and calibration of test and measurement equipment. Originality/value: Value of the presented paper has been constituted by working out the plan of supervision of test and measurement equipment from the moment of selection criterion planning until the usage withdrawal.
3
Content available remote The Poka-Yoke method as an improving quality tool of operations in the process
Dudek-Burlikowska M., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
|
2009
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Vol. 36, nr 1
95-102
EN
Purpose: A new approach for the implementation of quality philosophy Zero Quality Defects with usage of the Poka-Yoke method in the polish organization has been presented. Design/methodology/approach: The possibility of usage of mistake proofing device is connected with monitoring and improvement of operations in the process. Findings: At the present time the organizations should implement quality tools, techniques, methods which support the prevention strategy and should pay attention to improving each element and operations in the process. Research limitations/implications: Generally activity aim at prevent defects has been described. The Poka-Yoke method of preventing errors by putting limits on how operation can be performed in order to force the correct completion of the operation has been presented. Practical implications: The possibility of implementing of the Poka-Yoke method as a factor of improving operation in the process in the motorizations companies has been shown. Originality/value:value The aim of method Poka-Yoke in those practical examples is to eliminated or minimize human error in manufacturing process and management as a result of mental and physical human imperfections. The graphical proposal: connection the PDCA cycle with the Poka-Yoke has been created.
4
Content available remote Analysis of the clients’ satisfaction in the accredited laboratory
Szewieczek D., Karkoszka T., Zając A.
Journal of Achievements in Materials and Manufacturing Engineering
|
2009
|
Vol. 35, nr 1
95-102
EN
Purpose: of the presented paper aimed at motivating the necessity of the accreditation of testing and calibration laboratories and usage of analysis of the clients’ satisfaction as factors deciding about the competitive advantage of those organisations on the European Union market and guaranteeing their participation in the European conformity estimation system. Design/methodology/approach: used for the research has covered the analyses of level of the clients’ satisfaction conducted in the main activity ranges of Polish accredited laboratory. Findings: of the carried out research are as follows: analysis of the clients’ satisfaction is the most important form of verification of degree of the clients’ requirements realisation and, making a ranking of the best and the worst categories of activities of laboratory, can be treated as a reliable source of information needed for their improvement. Practical implications: refers to any organisation with the quality management system implemented as well as to any accredited laboratory using estimation of the clients’ satisfaction as an element of continuous improvement and treating the results of the analysis as an supporting element of the investigated area. Originality/value: of the presented paper covers the methodology taking advantage of the analysis of the clients’ satisfaction as a tool for assuring the conformity in the management system in testing and calibration laboratories.
5
Content available remote Computer-assisted the optimisation of technological process
Krupińska B., Szewieczek D., Dobrzański L. A.
Archives of Materials Science and Engineering
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2009
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Vol. 36, nr 2
96-102
EN
Purpose: One has worked out an application that allows to analyze the efficiency of technological process in aspect of nonmaterial values and has used neural networks to verify particle indicators of quality of a process operation. Indicators appointment makes it possible to evaluate the process efficiency, which can constitute an optimization basis of particular operation. Design/methodology/ approach: The created model made it possible to analyze the chosen technological processes for the sake of efficiency criteria, which describe the relationships: operation - material, operation - machine, operation - man, operation - technological parameters. Findings: In order to automate the process, to determine the efficiency of technological operation (KiX) and possibly to optimize it, one has applied one of artificial intelligence tools - neural networks. Practical implications: Application of neural networks allows to determine the value of technological efficiency of an operation. (KiX) without the necessity of detailed analysis as well of the whole process as of the particular operation. It makes it also possible to optimize operation efficiency by means of checking value of operation efficiency in the case of change in value of particular partial efficiency indicators. Originality/value: Method of computer application makes it possible to point out the studied indicators and asses finally the process efficiency in order to plan optimization of particular operation.
6
Content available remote The wire rod superficial processing and the quality and environmental criterion
Karkoszka T., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
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Vol. 31, nr 2
778-785
EN
Purpose: Purpose of the presented paper is meant to enlight the common points between the application of practically well-matched methods of investigation and opinion of quality and usage of the modern technical, technological or organizational solutions, in this issue in the technological processes of preparation the wire rod surface to the plastic processing. Design/methodology/approach: Applied for the survey has comprised the adequate integrated expert methods of technological processes’ analysis and opinion, as well as the integrated opinion of technological processes using the Integrated Risk Ratio. Findings: of the led survey are as follows: the realization of quality and environmental policy in accordance with the proposed model results in the improvement of analyzed productive processes of steel wire rod, and in consequence-to their optimization both in the range of view of products quality and in the aspect of quality of environmental influence. Practical implications: Can refer to the substituting the chemical etching of wire rod by taking advantage of the technology, taking into account the method of mechanical removing of cinder. Originality/value: of the presented paper has been achieved by application of the new methodology covering the usage of integrated opinion of technological processes, including the Integrated Risk Ratio.
7
Content available remote The modern quality control of preproduction sphere in a company
Dudek-Burlikowska M., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
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Vol. 30, nr 1
79-86
EN
Purpose: A new approach for quality control and improvement of preproduction sphere in organization with usage of chosen quality research methods has been presented. Design/methodology/approach: The possibility of usage of method of product modernity is connected with improvement of preproduction sphere of organization, and the result-improvement the products. Interdependence of the quality control and quality research methods in preproduction sphere and management processes has been taken into account. Findings: At the present time the enterprises should integrate management system in preproduction sphere and their continuous improvement with quality management, knowledge management and intellectual capital. Such kind of strategy will enable to achieve success for these companies. Research limitations/implications: Described a few quality methods in preproduction sphere and quality analysis of product modernity can be employed in companies, in which the modern quality control has been implemented. Practical implications: Averaging Quality Rating method can be used in companies for estimation of quality index of product modernity. Usage of this method can improve functionality of preproduction sphere. Originality/value: Describing and comparing modernity of product inside company with usage of Averaging Quality Rating method has been presented. This method is a propose of new strategy to increase of effectivities and efficiencies activities of preproduction sphere.
8
Content available remote Methodology of the quality management in the productive process
Szewieczek D., Roszak M. T., Helizanowicz D.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
|
Vol. 30, nr 1
87-94
EN
Purpose: The quality management in the productive processes is essential in formation of the quality of the final product. It is particularly important in the motor industry. The paper presents characteristics of the management methods and application of the processing point analysis in the chosen productive process. Design/methodology/approach: To solve the problem presented in the paper the authors used the method of the processing point analysis applied in the enterprises adapting the quality management model of the World Class Production. Findings: In the paper there were presented the results of the analyses for the productive process of the back door assembly with usage of the processing point analysis. Research limitations/implications: Presented in the paper methodology and the way of running the processing point analysis being an example of the quality management in the process may serve as the guide for realization of similar tasks. Originality/value: Original application at the example of the methodology of the processing point analysis.
9
Content available remote Incompatibilities analysis in the accredited laboratory
Szewieczek D., Karkoszka T., Zając A.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
|
Vol. 28, nr 2
203-210
EN
Purpose of the presented paper aimed at motivating the necessity of the accreditation of research and standardising laboratories as factors deciding about the competitive advantage of those organisations on the European Union market. Design/methodology/approach used for the research has covered the analyses of results of internal and external audits conducted in one of Polish accredited laboratories and estimation of the incompatibilities occurred. Findings of the carried out research are as follows: number and character of incompatibilities, which are exposed during internal and external audits, reflect size of organisation, where the management system is implemented, phase of implementation as well as the time of functioning. Practical implications refers to any organisation which has quality management system implemented as well as to any accredited laboratory using internal audits as an element of continuous improvement and treating incompatibilities not as something disqualifying the investigated area, but as an supporting element. Originality/value of the presented paper belongs to the methodology comprising the usage of internal audits' results - proved incompatibilities - as a tool for obtaining and assuring the confidence in the management system.
10
Content available remote Electropolishing and chemical passivation of austenitic steel
Baron A., Simka W., Nawrat G., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
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Vol. 31, nr 2
197-202
EN
Purpose: The aim of the paper is investigations a dependence between the parameters of the electrochemical treatment of austenitic steel and their electrochemical behavior in Tyrod solution. Design/methodology/approach: Specimens (rode 30 mm × Ø1 mm) were to give in to the surface treatment-mechanically polishing, electrolytic polishing and passivation with various parameter. Electrochemical investigations concerning the corrosion resistance of austenitic steel samples were carried out by means of the potentiodynamic and electrochemical impedance spectroscopy method. Findings: The analysis of the obtained results leads to the conclusion that chemical passivation affects also the chemical composition of the passive layer of steel and changes its resistance to corrosion. Electrolytic polishing improves corrosion resistance, as can be proved by the shift of the value of the corrosion potential and breakdown potential of the passive layer and the initiation of pittings. Research limitations/implications: The obtained results are the basis for the optimization of anodic passivation parameters of the austenitic steel as a metallic biomaterial. The future research should be focused on selected more suitable parameters of the electrochemical impedance spectroscopy test to better describe process on the solid/ liquid interface. Practical implications: In result of the presented investigations it has been found that the best corrosion resistance can be achieved thanks to the application of electrolytic polishing of the steel in a special bath and chemical passivation in nitric (V) acid with an addition of chromic (VI) acid temperature t = 60°C for one hour. Originality/value: The enormous demand for metal implants has given rise to a search for cheap materials with a good biotolerance and resistance to corrosion. Most commonly used are steel implants assigned to remain in the organism for some limited time only. It was compare two electrochemical methods: potentiodynamic polarization and electrochemical impedance spectroscopy.
11
Content available remote Customer's satisfaction the element of proquality strategies of organization
Dudek-Burlikowska M., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
|
Vol. 28, nr 1
91-94
EN
Purpose: A new approach to customer's requirements in company using Quality Function Deployments methods has been presented. Design/methodology/approach: The possibility of use of Quality Function Deployment methods are connected with continuous quality improvement of organization. Interdependence of the quality research methods and customer's requirements have been taken into account. Findings: At the present time the enterprises should integrate quality management and quality control with customer's requirements and also with quality methods. Such strategy will enable to achieve success for these companies. Research limitations/implications: QFD is a very important method which should be employed in companies for a new product and customer's needs in the whole product life cycle. Aim of QFD is identification of the affirmative features of product, of the range of interest in product on market and also definition of the method of accomplishments of these aims. Practical implications: The example of implementing QFD shows product design and development technique that compares the fit between customer needs and product features. Usage of this method allow to keep a customer focus, reduction in the product development cycle, increasing customer satisfaction, providing opportunities for cost reduction. Originality/value: Usage of Quality Function Deployment Method in polish companies have been presented. It helps define what the customer is really looking for in the way of market driven features and benefits.
12
Content available remote Analysis of technological process on the basis of nonmaterials values
Krupińska B., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2008
|
Vol. 31, nr 2
786-793
EN
Purpose: What determines the correcttness of industrial company's functiioning on the market is technological process. In order to improve it continuously the priority should be technology, technology management and controlling. Design/methodology/approach: by means of this model one can analyzy the choosen technological processes for the sake of efficiency criteria. They describe following relationships: operation-material, operation-machine, operation-man, operation-technological parameters. Findings: This analisis shows hypothetical technological processes on production of typical pieces for machines. One has also taken into account nonmaterials parameters of technological process. They are resulting from applied sampels and projecting of the technological process. Practical implications: Thanks to the created aplication we can analyze efficiency of technological process in aspect of nonmaterial values. By the use of neural networks we can verify particle indicators of process operation quality, evaluate the process efficiency, which can constitute the optimization basis of particular operation. Originality/value: Data effecting from this analisis allowed to optimize the technological process. They estimate influence of the analyzed parameters on the whole process and optimizethe conducting of any process.
13
Content available remote Correlation between fracture morphology and mechanical properties of NANOPERM alloys
Lesz S., Szewieczek D., Tyrlik-Held J.
Archives of Materials Science and Engineering
|
2008
|
Vol. 29, nr 2
73-80
EN
Purpose: The purpose of this paper is to present of influence of heat treatment on the changes of structure, ductility, mechanical properties and particularly fracture morphology of the amorphous NANOPERM ribbons. The alloy was obtained in ribbons form by melt spinning method. Design/methodology/approach: The following experimental techniques were used: scanning electron microscopy (SEM) and X-ray diffraction (XRD) phase analysis method to test the structure. The measurement of mechanical properties, like: tensile strength Rm, ductility ε were made. Tensile tests were performed on testing machine INSTRON 1195. Plastic properties of investigated ribbons were determined in bending test. Findings: Morphology of fractures obtained after decohesion process in tensile test shows the history of amorphous alloys crystallization. Practical implications: The relationship between heat treatments parameters, structure and mechanical properties can be useful for practical application of these alloys. Originality/value: The temperature ranges of structure and mechanical properties changes after heat treatment of NANOPERM alloys it has been determined.
14
Content available remote The visualisation of manufacturing process of pipes welding
Topolska S., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
|
2007
|
Vol. 20, nr 1-2
575-578
EN
Purpose: The aim of this paper is to show the concept of application the visualization technique for educational aims. This approach allows enriching a didactic process. Also this technique could help in solving problems consider with analyzing the manufacturing processes. Design/methodology/approach: The presented work bases on the application of computer visualization techniques for elaboration the presentation of chosen manufacturing processes. The computer visualization has been based on films captured in the manufacturing plant. Findings: The main result of this work is the proposal of the methodology of preparing visualization approach. It has been propose some remarks relating to this methodology. Research limitations/implications: The presented elaboration bases on one chosen manufacturing process. As an exemplar it was chosen the process of pressure welding of pipes with currents of high frequency. So the presented process links two main manufacturing processes: The welding technology and the plastic forming. Practical implications: The implication of the work could be found in two remarks. Firstly it is important to introduce to the industry practice the visualization approach as more didactic and which allows omitting some faults generated in a conventional approaches. Secondly this approach could enrich the scope of approaches offered by educational platforms in e-learning systems. Originalityvalue: The value of this work is its subject. In this work a new educational approach is presented. Secondly, in this work it is presented the analysis of preparing the visualization of a manufacture process. Also some solutions in this area are included.
15
Content available remote The improvement of the quality management by the activity-based costing
Michalska J., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
|
2007
|
Vol. 21, nr 1
91-94
EN
Purpose: The aim of this paper is showing the activity-based costing. In this paper it was introduced the new method of analysing the costs. Design/methodology/approach: In the frames of own research it has been analysed the costs in the production process by using the method of the activity-based costing. Findings: On the basis of the own research it can be stated, that realization of activity-based costing permits on very detailed acquaintance with costs of undertaken activities in a company. Research limitations/implications: Method of activity-based costing permits on more efficient monitoring of costs which are carried by a company on producing a product and on the quality management system, than the traditional methods of costs' analysis. Practical implications: Own research clearly showed, that very essential is breaking activities' costs as detailed as possible. Essential thing is to divide activities first on more general, and then on more and more detailed. Originality/value: Activity-based costing permits to eliminate these places in organization where carried costs are useless or do not give the desirable effect. This method can be used in all companies. Activity-based costing can be used success to carry on the quality costs' account.
16
Content available remote The automation of analysis of technological process effectiveness
Krupińska B., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
|
2007
|
Vol. 24, nr 2
199-202
EN
Purpose: Improvement of technological processes by the use of technological efficiency analysis can create basis of their optimization. Informatization and computerization of wider and wider scope of activity is one of the most important current development trends of an enterprise. Design/methodology/approach: Indicators appointment makes it possible to evaluate the process efficiency, which can constitute an optimization basis of particular operation. Model of technological efficiency analysis is based on particular efficiency indicators that characterize operation, taking into account following criteria: operation - material, operation - machine, operation - human, operation - technological parameters. Findings: From the qualitative and correctness of choose of technology point of view comprehensive technological processes assessment makes up the basis of technological efficiency analysis. Results of technological efficiency analysis of technological process of prove that the chosen model of technological efficiency analysis makes it possible to improve the process continuously by the technological analysis, and application of computer assistance makes it possible to automate the process of efficiency analysis, and finally controlled improvement of technological processes. Practical implications: For the sake of complexity of technological efficiency analysis one has created an AEPT computer analysis from which result: operation efficiency indicators with distinguished indicators with minimal acceptable values, values of efficiency of the applied samples, value of technological process efficiency. Originality/value: The created computer analysis of the technological process efficiency (AEPT) makes it possible to automate the process of analysis and optimization.
17
Content available remote The 5S methodology as a tool for improving the organisation
Michalska J., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2007
|
Vol. 24, nr 2
211-214
EN
Purpose: The aim of this paper is showing the 5S methodology. In this paper it was introduced the way of implementing the 5S methodology in the company. Design/methodology/approach: In the frames of own research it has been analysed and implemented the 5S rules in the production process. Findings: On the basis of the own research it can be stated, that introducing the 5S rules bring the great changes in the company, for example: process improvement by costs' reduction, increasing of effectiveness and efficiency in the processes, maintenance and improvement of the machines' efficiency, safety increasing and reduction of the industry pollution, proceedings according to decisions. Research limitations/implications: The 5S methodology permits to analyse the processes running on the workplace. The 5S is the methodology of creation and maintaining well organized, clean, high effective and high quality workplace. Practical implications: Own research clearly showed, that very essential is training of workers about the 5S rules. Essential thing is to divide activities on some main steps and to maintain the continuous improvement. Originality/value: The 5S method begins each programme of improvement in a company. This method can be used in all companies. Its result is the effective organization of the workplace.
18
Content available remote Structure and mechanical properties of amorphous Fe84Nb7B9 alloy during crystallisation
Szewieczek D., Tyrlik-Held J., Lesz S.
Journal of Achievements in Materials and Manufacturing Engineering
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2007
|
Vol. 24, nr 2
87-90
EN
Purpose: The investigation results of crystallization, in temperature range of 300-700 degrees centigrade in time 1 h, of amorphous Fe84Nb7B9 alloy. The alloy was obtained in tape form by planar-flow-casting method. Design/methodology/approach: The structure was characterized by scanning electron microscope (SEM) and X-ray diffraction (XRD) method. The measurement of mechanical properties, like: tensile strength Rm, ductility E and cracking energy Ep, were made. Tensile tests were performed on testing machine INSTRON 1195. Plastic properties of investigated tapes were determined in bending test. Unit cracking energy Ep was evaluated by carrying out the tear test by the use of tensile testing machine INSTRON 1195. Findings: The changes of mechanical properties and fracture morphology being connected with the structure changes involved by crystallization process have been stated. Practical implications: The relationship between heat treatment parameters and mechanical properties can be useful for practical application of these alloys. Originality/value: It has been stated that heat treatment leads to crystallization of two-stage character.
19
Content available remote Selected manufacturing techniques of nanomaterials
Baron A., Szewieczek D., Nowosielski R.
Journal of Achievements in Materials and Manufacturing Engineering
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2007
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Vol. 20, nr 1-2
83-86
EN
Purpose: Enabling nanofabrication techniques as tools for experiments to understand the underlying science and engineering in the nanometer scale are required. This paper is a resume a range of technology and characterization tools relevant for nanoelectronics devices. Design/methodology/approach: An overview on bottom - up and bottom - down fabrication techniques are presented in this paper. As an alternative to the continually increasing cost of nanotechnology for manufacturing electronic devices, new strategies are examined in research, which are based on basic principles of physics and chemistry. For example, molecular self-organization mechanisms are developed in order to manufacture well-defined nanostructures with desired properties. Findings: This paper includes description of three methods of production nanolayers and monolayers molecular self-organization, Langmuir-Blodget films and Nanoimprint Litography. Research limitations/implications: The most extreme approach is to build nanostructures atom by atom with the help of scanning tunneling microscope at low temperatures. This is very slow method to build nanostructures, usually a couple of hours. An alternative approach for the formation of nanostructures is self-organization of atoms. Practical implications: The greatest advantage of litographic patterning is very large variety of different structures which can be defined by lithographic methods, Langmuir - Blodget (LB) films is another unpopular method to produce nanomaterials. Originality/value: Materials engineering technology stands today at the edge of a huge challenge: produce cheap nanomaterials for nanoelectronics. Building materials from the bottom up requires a multidisciplinary approach. This arena is unquestionably in the nano-dimension, where all fields of science and engineering meet.
20
Content available remote Risk of the processes in the aspect of quality, natural environment and occupational safety
Karkoszka T., Szewieczek D.
Journal of Achievements in Materials and Manufacturing Engineering
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2007
|
Vol. 20, nr 1-2
539-542
EN
Purpose: Purpose of the presented paper aimed at motivating the necessity of the simultaneous implementation of Quality Management System, Environmental Management System, as well as Occupational Health and Safety Management System and showing the possibility of usage the simultaneous estimation of incompatibilities, environmental impacts and results of threats to occupational health and safety; in this case in the process of thermal treatment. Design/methodology/approach: Methodology used for the research has covered the integrated method of technological processes' analyzes and opinion taking advantage of general algorithm of estimating the risk connected with the presence of incompatibilities, environmental impacts and effects of threats to occupational health and safety. Findings: Findings of the carried out researches are as follows: the realization of quality, environmental and occupational health and safety policy using the proposed model of processes' estimation leads to the improvement of the analyzed productive processes by the preventive and corrective actions, and in consequence - to their optimization from the point of view of products' quality and in the aspect of quality environmental influence and occupational health and safety. Practical implications: Practical implication can refer to the replacement of different methods of estimation the incompatibilities in Quality Management System, environmental impacts in Environmental Management System and the after-effects of threats to occupational health and safety in Occupational Health and Safety Management System by applying of the integrated estimation of the risk; what has been verified in the processes of thermal treatment of the steel wire. Originality/value: Originality of the presented paper belongs to the methodology comprising the usage of integrated estimation of technological processes.
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