BASICS OF DESIGNING MAINTENANCE PROCESSES IN INDUSTRY 4.0

Abstract

This paper deals with a new research of designing proactive maintenance processes for the Fourth Industrial Revolution, the so-called Industry 4.0. The mission and position of maintenance in a modern managed factory is highlighted by the fact that maintenance is one of the major processes that affect production productivity. In the near future, whatever is possible to digitize will be digitized, and anything that can be networked will be networked. Digitization is the key element for the future success of factories. Software is increasingly becoming a decisive production factor, because all of these networked machines must be controlled and all the digital data must be stored, processed, and meaningfully analyzed. Therefore, the successful companies of today (manufacturing and non-manufacturing) will need to be or become software companies, too.

Recommended articles

DETERMINATION OF MEASUREMENT UNCERTAINTY ON CMM SIOS NNM-1

JAN SRAMEK, ROBERT JANKOVYCH
Keywords: ruby ball | measurement uncertainty | length measurement | multi-position method | substitution method | nanometrology | coordinate measuring machine

PRELIMINARY INVESTIGATION OF STATIC AND DYNAMIC HYSTERESISOF DMSP-5 FLUIDIC MUSCLE

ALEXANDER HOSOVSKY, SERGEJ HLOCH, JOZEF JURKO, ANTON PANDA, MONIKA TROJANOVA
Keywords: non-local hysteresis | muscle pressure | muscle displacement | pneumatic artificial muscle | loop formation

DISCRETE EVENT SIMULATION USAGE TO MODEL AND OPTIMIZE THE PRODUCTION LINE

MARTINA KUNCOVA, MICHAELA ZAJONCOVA
Keywords: simulation model | Production Process | production line | routers | SIMUL8

PRODUCTION BY FDM METHOD RP TECHNOLOGY FROM PLA ECO-MATERIALS EXTRUDED HORIZONTALLY IN LENGTH

ANTON PANDA, EMA NOVAKOVA-MARCINCINOVA, LUDMILA NOVAKOVA-MARCINCINOVA, TADEUSZ ZABOROWSKI, IVAN MRKVICA
Keywords: rapid prototyping | PLA eco-materials | fused deposition modelling | PLA –PolyLacticAcid | 3D model