Improvement of quality, reduction of the subjective possibilities of faults may be facilitated with the help of the technically rational and economically justifiable mechanisation of productive serial production as well as the use of the wide range of hardware and software IT possibilities. Mechanisation is usually understood as the mechanisation of technological operations that may otherwise be performed by manual operations (human movements and effort). Mechanisation is therefore the substitution, in whole or in part, of manual labour with the help of specialised equipment and the mechanical operation of the various movements. The present article examines the particular features of mechanisation in the field of outstandingly high significance in industrial applications, i.e. arc welding, assisting the forms of training applied in the specialty area.
Producing a Dissimilar Joint of Copper to Austenitic Stainless Steel by Ultrasonic Welding Examination of Glass-Fibre Reinforced Composite Dental Fillings Design and Implementation of a Vacuum Forming Machine Manufacture of a Home-Made Spot Welding Machine from Household Electronic Waste Characteristics of the Levels of Mechanisation in Arc Welding Design of an Experimental Injection Moulding Tool for Testing Microstructured Cavity Surfaces Manufacturing, Heat Treatment and Investigation of Foam-Filled Tubes Development of Pneumatic Deformability Test of Polylactic Acid Films Development of a Clamping Device for Tensile Testing of Intracranial Flow Diverter Stents Development of Graphite- and Graphene Reinforced Styrene-Butadiene Rubber