Abstract
Problem statement.The predominance of effective innovation industries, where scientific developments are the main driving force of the economy is a distinguisher of the manufacturing process in a postindustrial society. Estimate for management efficiency of a high-tech enterprise in the conditions of active innovation activity becomes relevant.The purpose.The article consider military-industrial complex enterprises of the Russian Federation, which work in constantly changing conditions of resource, legislative or other restrictions. The manufacturing of small-scale products with a given quality and reliability with limited financial resources is one of the features of such enterprises. The article examine the methodology for analyzing the enterprise performance indicators that produces special-purpose products and works in accordance with the requirements [1] of manufacturing and usage of serial products.Results.The article considered the estimate options for complex performance indicator of the product quality and reliability management system, evaluating the effectiveness of the input control, [serial products] usage and manufacturing processes.Practical relevance.The proposed method allows identifying the maximum number of product defects, with a glance of the practical development of the technology for their creation and the manufacturing process organizational and technical features.
Highlights
Improving the process of “input control” at the enterprises of militaryindustrial complex as a way to reduce the cost of reclamation work
Improving the process of “input control” at the enterprises of military-industrial complex as a way to reduce the cost of reclamation work
Также методику снижения затрат за счет выявления максимального количества дефектов продукции на этапах «входной контроль» и «производство» можно применять с целью получения максимального дохода от работ по восстановлению после выходов из строя на этапе постгарантийного обслуживания изделий
Summary
The article considered the estimate options for complex performance indicator of the product quality and reliability management system, evaluating the effectiveness of the input control, [serial products] usage and manufacturing processes. The proposed method allows identifying the maximum number of product defects, with a glance of the practical development of the technology for their creation and the manufacturing process organizational and technical features. Создают опытные образцы изделий и отрабатывают технологии их производства. Он определяется как отношение числа всех технологических операций, выполненных или подлежащих выполнению в течение месяца, к числу рабочих мест по формуле (1):. Где Коп — число операций, выполняемых на i-м рабочем месте; Крм — количество рабочих мест на участке или в цехе. На предприятиях с единичным типом организации производства изготавливают продукцию широкой неповторяющейся номенклатуры изделий с небольшим объемом их выпуска. Коэффициент закрепления операций для единичного производства обычно выше 40. В зависимости от количества изделий в партии или серии и значения коэффициента закрепления операций различают следующие виды производств: мелкосерийное (Кз от 21 до 40); Сравниваемые признаки
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