Dok Evropa raspravlja o regulativi i stagnaciji produktivnosti, Azija ubrzano širi kapacitete automatizovane proizvodnje. Četvrtu godinu zaredom globalne instalacije robota premašile su pola miliona jedinica, dostigavši 542.076 industrijskih robota u 2024. godini, pri čemu sama Kina učestvuje sa gotovo polovinom svetskog operativnog fonda robota. Globalna ekonomija više ne ulazi u eru automatizacije – ona se već reorganizuje oko nje.
Industrijska robotika postala je jedan od ključnih pokazatelja tehnološkog kapaciteta, industrijske konkurentnosti i dugoročnog rasta produktivnosti. Prema izveštaju World Robotics Summary 2025, globalni operativni fond industrijskih robota dostigao je 4.663.698 jedinica u 2024. godini, uz godišnji rast od 9%. Struktura ovog fonda jasno odražava novu raspodelu ekonomske moći: Kina učestvuje sa 43,5% globalnog broja robota, zatim slede Evropa (17,6%), Sjedinjene Američke Države (11,6%) i Japan (9,7%). Istovremeno, oko 80% svih instalacija robota koncentrisano je u samo pet zemalja, što pokazuje da tehnološko liderstvo postaje sve centralizovanije.
Potražnja za industrijskim robotima najveća je u sektorima sa najvišim tehnološkim intenzitetom i potencijalom produktivnosti. U 2024. godini elektronska industrija činila je 24% globalnih instalacija, zatim metaloprerađivačka i mašinska industrija (16%), dok su plastika i hemijska industrija učestvovale sa 5%, a prehrambena industrija sa 4%. Ovi sektori se sve više oslanjaju na automatizaciju jer roboti obezbeđuju kontinuitet, preciznost, niže troškove proizvodnje i zaštitu od nedostatka radne snage i rastućih pritisaka na zarade.
Regionalna dinamika otkriva dublje strukturne promene u globalnoj ekonomiji. Azija ostaje dominantno globalno tržište robotike, sa 401.665 instalacija robota u 2024. godini, dok instalacije rastu prosečno oko 10% godišnje u periodu 2019-2024. Evropa je zadržala drugo mesto globalno sa 85.006 instalacija, delimično zahvaljujući odloženim industrijskim projektima, restrukturiranju lanaca snabdevanja i procesima nearshoring-a. Međutim, Evropa je istovremeno zabeležila godišnji pad instalacija (-8%), dok su Amerika pale za -10%, Japan za -4%, a Koreja za -3%. Nasuprot tome, Azija beleži kontinuirani rast.
Najvažniji signal industrijske transformacije predstavlja gustina robota – broj industrijskih robota na 10.000 zaposlenih u prerađivačkoj industriji. Globalni prosek dostigao je 162 robota na 10.000 zaposlenih, ali tehnološki napredne ekonomije napreduju znatno brže. Posebno je upečatljiv primer Slovenije, koja je 2023. godine bila među svetskim liderima sa 306 robota na 10.000 zaposlenih u prerađivačkoj industriji, deleći sedmo mesto u svetu sa Danskom. Ovaj nivo je gotovo dvostruko viši od svetskog proseka i pokazuje kako čak i manje ekonomije mogu izgraditi visoko konkurentne industrijske sisteme kroz automatizaciju i tehnološku modernizaciju.
Sektor robotike nije izolovan od globalne nestabilnosti. Geopolitički sukobi, rast cena energije, inflatorni pritisci, trgovinske barijere i nedostatak radne snage nastavljaju da oblikuju investicione odluke. Ipak, dugoročni trend ostaje izrazito pozitivan. Predviđa se da će globalne instalacije robota rasti dodatnih 10% godišnje do 2028. godine, približavajući se nivou od 700.000 jedinica godišnje.
Značaj robotike daleko prevazilazi samu proizvodnju. Industrijski roboti postaju osnovna infrastruktura modernog ekonomskog rasta jer direktno utiču na produktivnost, izvoznu konkurentnost, tehnološku samodovoljnost i otpornost na demografski pad. Zemlje koje agresivno investiraju u robotiku ne modernizuju samo fabrike – one redizajniraju buduću strukturu svojih ekonomija.
Robotika sve više postaje zamena za demografski kapacitet. Ekonomije suočene sa starenjem stanovništva, nedostatkom radne snage i rastom troškova rada koriste automatizaciju kako bi održale industrijsku proizvodnju i konkurentnost. U tom kontekstu, gustina robota više nije samo tehnološki indikator – ona postaje pokazatelj dugoročne ekonomske otpornosti i strateške industrijske spremnosti.
Evropa se sve više suočava sa strukturnom dilemom. Dok raspravlja o veštačkoj inteligenciji, održivosti i digitalnoj tranziciji, njen zamah industrijske automatizacije slabi. Azija, posebno Kina, kombinuje veštačku inteligenciju, robotiku i industrijsku politiku u jedinstvenu dugoročnu razvojnu strategiju. Razlika postaje vidljiva ne samo u fabrikama, već sve više i u samom ekonomskom rastu.
Izvor: World Robotics Summary 2025 Industrial Robots
While Europe debates regulation and productivity stagnation, Asia is rapidly expanding automated production capacities. For the fourth consecutive year, global robot installations exceeded half a million units, reaching 542,076 industrial robots in 2024, with China alone accounting for nearly half of the world’s operational robot stock. The global economy is no longer entering the age of automation – it is already being reorganized around it.
Industrial robotics has become one of the key indicators of technological capacity, industrial competitiveness and long-term productivity growth. According to the World Robotics Summary 2025, the global operational stock of industrial robots reached 4,663,698 units in 2024, growing by 9% annually. The structure of this stock clearly reflects the new balance of economic power: China accounts for 43.5% of global robot inventory, followed by Europe (17.6%), the United States (11.6%) and Japan (9.7%). At the same time, around 80% of all robot installations are concentrated in only five countries, showing that technological leadership is becoming increasingly centralized.
Demand for industrial robots is strongest in sectors with the highest technological intensity and productivity potential. In 2024, the electronics industry accounted for 24% of global installations, followed by metalworking and mechanical engineering (16%), while plastics and chemicals represented 5%, and food and beverages 4%. These sectors increasingly rely on automation because robots provide continuity, precision, lower production costs and protection against labor shortages and rising wage pressures.
The regional dynamics reveal a deeper structural shift in the global economy. Asia remains the dominant global robotics market, recording 401,665 robot installations in 2024, while robot installations continue to grow at an average annual rate of around 10% between 2019 and 2024. Europe retained the second-highest level globally with 85,006 installations, supported partly by delayed industrial projects, supply chain restructuring and nearshoring processes. However, Europe simultaneously recorded an annual decline in installations (-8%), while the Americas declined by -10%, Japan by -4%, and Korea by -3%. In contrast, Asia recorded continued growth.
The strongest signal of industrial transformation is robot density – the number of industrial robots per 10,000 manufacturing workers. The global average reached 162 robots per 10,000 employees, but technologically advanced economies are moving significantly faster. Particularly striking is the example of Slovenia, which in 2023 ranked among the world leaders with 306 robots per 10,000 manufacturing workers, sharing seventh position globally with Denmark. This level is almost twice the world average and demonstrates how even smaller economies can build highly competitive industrial systems through automation and technological upgrading.
The robotics sector is not isolated from global instability. Geopolitical conflicts, rising energy prices, inflationary pressures, trade barriers and labor shortages continue to shape investment decisions. Nevertheless, the long-term trajectory remains strongly positive. Global robot installations are projected to increase by another 10% annually through 2028, approaching 700,000 units per year.
The importance of robotics extends far beyond manufacturing alone. Industrial robots are becoming a core infrastructure of modern economic growth because they directly affect productivity, export competitiveness, technological self-sufficiency and resilience to demographic decline. Countries investing aggressively in robotics are not simply modernizing factories – they are redesigning the future structure of their economies.
Robotics is increasingly becoming a substitute for demographic capacity. Economies facing aging populations, labor shortages and rising labor costs are using automation to maintain industrial production and competitiveness. In this context, robot density is no longer merely a technological indicator – it is becoming an indicator of long-term economic resilience and strategic industrial preparedness.
Europe increasingly faces a structural dilemma. While discussing artificial intelligence, sustainability and digital transition, its industrial automation momentum is weakening. Asia, particularly China, is combining artificial intelligence, robotics and industrial policy into a single long-term development strategy. The difference is becoming visible not only in factories, but increasingly in economic growth itself.
Source: World Robotics Summary 2025 Industrial Robots