DEVELOPMENT OF WORLD ADDITIVE TECHNOLOGIES MARKET IN THE CONDITIONS OF TECHNOGLOBALISM

Abstract

Additive production technologies bring previously unknown possibilities to the development of a new product. Additive production, as the name implies, "adds" material to create an object. On the contrary, the creation of an object by conventional means involves the removal of material by machining, milling, forming, carving, etc. The three main advantages of additive manufacturing include simplified fabrication, complex geometry, and increased productivity. The purpose of the article is to analyze the peculiarities of the formation, functioning and development of the additive technologies market in the conditions of technoglobalism. In most cases, the construction material used to make these 3-D models is environmentally friendly because they can be recycled. Increasing the use of environmentally friendly technologies and raising awareness of environmental technologies further stimulates the growth of this segment. The low cost of creating a product combined with a simple setup has the same positive effect on the market. Depending on the field of application, the following can also be achieved: lower product weight, multi-material products, ergonomic products, efficient short production cycles, fewer assembly errors and therefore lower associated costs, lower tool costs, combination of different production processes, optimized use materials and a more sustainable production process. Additive production is considered one of the main revolutionary industrial processes of the next few years. Additive manufacturing has several alternatives, from simple RepRap machines to complex molten metal deposition systems. It is important to say that the choice of technology directly depends on the specific application that is planned: first the application, and then the technology. There is a correlation between the relevance of new technologies and the speed of implementation of new business model solutions. Changes in current supply chains are due to operational and new technologies. Five key technologies that are currently different. It is expected that the stages in terms of the level of readiness and implementation in industries will significantly affect supply chains, both individually and in combination: the Internet of Things, artificial intelligence, advanced robotics, and additive manufacturing.