factory robots

Industrial robot deployments in factories have reached around five million units worldwide, according to figures reported by Euronews. The milestone comes as the industry weighs whether humanoid robots can justify the current wave of hype, with conventional industrial automation still doing most of the actual work on factory floors.

The International Federation of Robotics reports the number of industrial robots operating in factories worldwide has exceeded five million. The milestone reflects steady automation adoption across manufacturing industries, driven by labor shortages, falling robot costs and rising demand for productivity. Coverage highlights the pace of robot deployment in sectors such as automotive, electronics and logistics, and what continued growth could mean for industrial employment.

China installed 59% of all industrial robots deployed worldwide in 2025, underscoring its dominance in factory automation. The figure highlights how far the country has pulled ahead of other manufacturing economies in adopting robotics, driven by large-scale investment in its electronics, automotive and general industries sectors as it pushes to offset a shrinking workforce.

Chinese factories are increasingly adopting robot-driven production lines, accelerating automation across the country's manufacturing sector. The shift points to growing use of industrial robotics to cut costs and raise efficiency, though no further details on specific companies, regions or investment figures were given in the report.

The global fleet of industrial robots operating in factories has reached five million units, a milestone in the automation of manufacturing. The figure reflects years of steady adoption across industries such as automotive, electronics and logistics, with strong demand from major manufacturing economies. Observers see it as evidence of how deeply robotics has become embedded in modern production lines.

Automakers are moving closer to so-called dark factories — plants that run entirely by machines without human workers or even lighting — as artificial intelligence and robotics improve rapidly. The idea is drawing attention in the auto industry, where manufacturers face pressure to cut costs and speed up production, while raising questions about the future of manufacturing jobs.

Chinese companies are bringing exoskeleton robots beyond industrial and medical settings and into the consumer mainstream. The wearable robotic devices, which assist with walking, lifting and mobility, are being marketed to ordinary users rather than factories or hospitals, a shift that signals China's ambitions to lead in consumer-facing robotics as global interest in the technology grows.

Boston Dynamics has started training its Atlas humanoid robots at a Hyundai manufacturing plant, marking a step toward deploying the machines in real industrial work. The move signals Hyundai's intent to put the recently redesigned electric Atlas to practical use on factory floors, as automakers and robotics firms race to bring humanoids into manufacturing operations.

Stellantis has introduced a Dexory robot described as an AI-powered vision-scanning system. The automaker is pairing autonomous scanning technology with its operations, drawing attention to how traditional carmakers are adopting warehouse and factory automation. Details on the rollout and where the robots are being used remain limited so far.

Robot field service is being described as a critical test for whether automation can truly scale. As robots spread across warehouses, factories and public spaces, keeping fleets running in the field — maintenance, repairs, software updates and remote support — is emerging as a decisive challenge for the robotics industry's growth beyond pilot projects.

Tesla's humanoid robots remain far from mastering fine, hand-based tasks, according to a new report. While the company has showcased the Optimus robot walking and performing basic movements, dexterity — manipulating objects with human-like precision — remains a major unsolved challenge. Observers note that despite Tesla's ambitions to deploy robots in factories and homes, practical manual labor tasks are unlikely to be handled by its machines anytime soon.

Reports say robots are now being used to manufacture other robots, marking a step toward fully automated production in the robotics industry. The idea of self-replicating machines has long been a staple of science fiction, and the news is prompting discussion about how far automation in factories could go, and what it might mean for manufacturing jobs and the future of the industry.

China’s industrial robotics sector continues to expand rapidly, with the country deploying more industrial robots than any other nation as it pushes automation across manufacturing. Observers are tracking how Chinese firms move from assembling robots to developing their own core technologies, and what that shift means for global competitors in automation and factory equipment.

New reporting highlights the leading markets for industrial robot installations in 2025, ranking countries by the volume of new robots deployed in factories and other industrial settings. The rankings point to continued strong global demand for factory automation, with major manufacturing economies expected to dominate new installations this year.

Anthropic is asking whether it is possible to predict which jobs robots will take on as robotics and AI advance. The question taps into a wider debate about automation and the future of work, with experts divided on how quickly robots will move from factories into everyday and white-collar roles.

Boston Dynamics has published a post outlining its work on robotic hands designed for modern AI systems and practical, real-world tasks. The piece highlights how dexterous grippers could let robots handle fine manipulation rather than just walking or carrying loads. Readers are debating how close the technology is to useful deployment and what it means for the future of general-purpose robots in factories and warehouses.

Cognex Corporation has agreed to acquire RealSense, a 3D camera spinout from Intel, for roughly $500 million. The deal aims to expand Cognex's machine vision business into robotic perception, addressing a basic weakness in factory automation: robots struggle when objects arrive even a few centimetres off-target, since reliable real-world automation requires machines that can see in 3D.

Nikon has announced an upgrade to its robot vision system that adds 3D vision tracking capability. The feature is designed to let industrial robots recognize and follow objects in three-dimensional space, broadening potential uses in automated manufacturing and inspection. The announcement was carried by Nikon's own channels and industry press, drawing attention from robotics and factory automation observers.

The Robot Report argues that the race in physical AI and robotics will be won not on the factory floor but in the patent office, with intellectual property portfolios emerging as the decisive battleground for companies developing embodied AI systems. The piece frames patent strategy as central to competitive advantage as investment in robotics and physical AI accelerates.

New reporting examines the current state of robotics in manufacturing, looking at how widely robots are deployed on factory floors and where adoption is heading. Industry observers are weighing the technology's role in productivity, labor shortages and the future of automated production worldwide.

Omron has introduced a next-generation version of its LD line of autonomous mobile robots, used in factories and warehouses to move materials. The new models continue the company's push into flexible industrial automation, and coverage focuses on what has changed inside the platform, including navigation and payload capabilities relevant to manufacturers upgrading logistics operations.

The global SCARA robot arms market is forecast to expand at a 7-9% compound annual growth rate through 2035, driven largely by electronics miniaturization. As devices get smaller, manufacturers increasingly rely on SCARA arms for high-speed, precision assembly of compact components such as circuit boards and sensors. Industry analysts say demand from electronics production lines, alongside broader automation trends, will underpin steady growth across manufacturing regions.

Kawasaki Heavy Industries has announced plans to develop a fully autonomous humanoid AI robot by 2030. The Japanese industrial group, better known for motorcycles, trains and heavy machinery, is setting a decade-plus deadline for a machine able to operate without human control. The announcement puts Kawasaki in a growing field of companies racing to bring general-purpose humanoid robots into factories and workplaces.

Toyota is deploying industrial robots on a scale that analysts suggest could leave Tesla's humanoid Optimus project struggling to compete. The Japanese automaker is leaning on automation to cut costs and boost production, while Tesla pitches Optimus as the future of factory labor. The two companies are taking sharply different paths to robotic manufacturing.

The global number of industrial robots operating in factories has surpassed 5 million, according to reports carried by international outlets including Anadolu Agency. The milestone highlights the steady expansion of automation in manufacturing, driven by labour shortages and rising demand for productivity across major industrial economies.

A robotic system used at a US factory building the F-35 fighter jet is dramatically speeding up bolt installation, a task that previously took workers hours but is now completed in minutes. The automation is being highlighted as an example of robotics reshaping aerospace manufacturing, cutting costs and freeing skilled workers for more complex assembly work.

A new safety standard has been introduced covering industrial mobile robots, with a focus on risks that arise after the robots are deployed on factory floors. The standard is aimed at manufacturers and operators of automated guided vehicles and autonomous mobile robots, addressing how safety is maintained once equipment is in live operation rather than only at design stage.

A newly introduced humanoid robot has been presented as capable of working safely alongside human workers. Details about the manufacturer, capabilities, and release timeline were not provided beyond the announcement, but the news lands amid growing industry focus on collaborative robotics and human-robot teamwork in factories and warehouses. Coverage is drawing attention from manufacturing and automation audiences tracking advances in safe human-robot interaction.

Hitachi and Agile Robots have announced a partnership to develop physical AI technologies for autonomous manufacturing. The collaboration aims to combine Hitachi's industrial expertise with Agile Robots' robotics capabilities to enable more autonomous factory operations. Details on the scope, timeline, and investment of the deal have not yet been disclosed.

Boston Dynamics has unveiled a new four-finger hand for its Atlas humanoid robot, designed to handle complex industrial tasks. The updated gripper aims to give Atlas finer manipulation abilities, expanding its potential for real-world work in factories and logistics beyond basic lifting and carrying, as the company continues positioning Atlas for commercial deployment.

Uncut footage has been released showing a humanoid robot performing factory tasks, with a claimed autonomy rate of 60%. The company behind the robot says the video is unedited to counter skepticism about staged demos in the robotics industry. Observers are debating how meaningful the autonomy figure is, given that the remainder of the work may still involve human remote operation.