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.

A behind-the-scenes look at BYD's electric car manufacturing is drawing large audiences worldwide. The footage showcases the Chinese automaker's production lines, robots and assembly processes, feeding growing public curiosity about how electric vehicles are made and how BYD became one of the world's biggest EV manufacturers.

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.

A new safety standard has been published covering industrial mobile robots, with a focus on how they are operated and managed after deployment in factories and warehouses. The standard, reported by Assembly Magazine, aims to give manufacturers and operators clearer requirements for keeping autonomous mobile equipment safe in live industrial environments.

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.

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.

Engineering plastics maker Igus has introduced Iggy Rob, a humanoid robot designed for industrial applications. The announcement is drawing attention from manufacturing and robotics watchers curious about what a motion-plastics specialist brings to humanoid automation, and how the robot might be used on factory floors alongside existing automation systems.

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.

UK robotics firm Extend Robotics has raised £2.6 million in funding, with the company framing its offer as selling factory work output rather than robots themselves. The startup develops technology that allows workers to remotely operate robotic systems in industrial settings, letting factories commission tasks instead of buying hardware.

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.

A new report examines how researchers are working to better understand robot behavior and push robotic capabilities to the next level. The piece explores advances in robotics aimed at making machines more capable and adaptable, a topic drawing attention as robots move from factories into everyday settings.

Maven Robotics is laying out a strategy to bring automation to industrial work, focusing on one task at a time rather than wholesale replacement of operations. The approach suggests a task-by-task rollout, allowing factories to adopt robotics incrementally where it delivers the most value. Details of the company's specific technologies, customers, and timeline remain limited in the report, but the plan points to growing momentum in industrial robotics.

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.

Commentary in the robotics industry argues that the current wave of investment and excitement around humanoid robots is distracting from the industrial robots that already automate factories at scale. The piece suggests fixed industrial automation, not human-shaped machines, remains the real workhorse of manufacturing, and that humanoid developers may be overlooking proven technology already deployed on production lines worldwide.

SFA, the automation and robotics exhibition, has outlined how AI-driven robotics has evolved across its four decades in the automation industry, charting the shift from traditional factory automation to intelligent robotic systems. The retrospective highlights the growing role of AI in industrial robotics and points to where the sector is heading as smart automation expands.

An overhead picking robot is being highlighted in industrial automation coverage. Such systems typically operate from gantry or rail mounts above conveyor lines, using vision to identify and grasp items for order fulfillment and palletizing. Interest comes amid continued growth in warehouse robotics as manufacturers and logistics operators seek to cut labor costs and speed up handling.

A new American National Standards Institute standard, ANSI/A3 R15.08-2-2023, has been published covering the integration of industrial mobile robots. The standard, part of the R15.08 series developed with A3, addresses safety requirements for integrating autonomous and automated mobile robots into industrial workplaces, giving manufacturers and integrators a reference framework as mobile robot adoption expands across factories and warehouses.

A new analysis argues that Cognex, a maker of machine vision systems used in factory automation, has long-term potential from the AI and robotics boom, but that the near-term upside for the stock looks limited. The view reflects caution about how quickly AI-driven demand will translate into stronger results for the company's industrial inspection business.

Eindhoven University of Technology researchers are working on graph-based world models designed to make robot collaboration safer and more efficient. The approach aims to help multiple robots understand their shared environment and coordinate with each other more reliably, reducing the risk of errors in settings such as warehouses, factories, and other environments where machines must work alongside people and each other.

Mason W-01, a humanoid robot built for industrial manufacturing, is drawing attention as companies look to automate physical labor on factory floors. The machine is designed to handle manufacturing tasks typically done by human workers, joining a growing wave of humanoid robots being developed for industrial use. Coverage so far has focused on its stated purpose rather than deployment details.

A legal analysis piece examines the issues employers should address before deploying robots in the workplace, including safety, liability and regulatory compliance. The commentary suggests companies integrating robotic systems need to prepare contracts, insurance and oversight arrangements in advance. With robots increasingly entering warehouses, factories and offices, businesses are being warned to sort out the legal groundwork before automation arrives on the job.

At WorldSkills Shanghai, attention is turning to how automation is reshaping factory work. With robots increasingly deployed on production lines, engineers are expected to master a wider range of abilities beyond traditional mechanical or electrical training, combining software, systems integration and problem-solving. The event has become a showcase for how countries are rethinking vocational training to match the demands of automated manufacturing.

Japanese robotics giants Fanuc and Yaskawa Electric are accelerating a shift of manufacturing away from China toward the United States, according to Nikkei Asia. The move is driven by surging demand for factory automation tied to the AI boom, as well as trade tensions and supply chain pressures. Both companies are key global suppliers of industrial robots used in electronics and automotive production.

Industry commentary argues that physical AI — robotics and intelligent machines moving from pilots to real-world deployment — still lacks a repeatable, reliable path to production. Writers in the manufacturing press say companies need standardized processes to take AI-powered systems out of demos and into factories at scale, echoing broader debate about how fast embodied AI can be industrialized.