# Universal Robots > Source: https://aiwiki.ai/wiki/universal_robots > Updated: 2026-10-28 > Fact-checked: 2026-11-04 > Categories: AI Companies, Robotics > License: CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/) - attribute to "AI Wiki (aiwiki.ai)" > Cite as: AI Wiki. "Universal Robots." aiwiki.ai, 28 Oct 2026. https://aiwiki.ai/wiki/universal_robots > From AI Wiki (https://aiwiki.ai), the free encyclopedia of artificial intelligence. Reuse freely with attribution. Universal Robots A/S is a Danish manufacturer of [collaborative robots](https://aiwiki.ai/wiki/collaborative_robot), commonly called cobots, headquartered in Odense, Denmark, and the company widely credited with creating the first commercially viable collaborative robot when it delivered the UR5 in December 2008.[1] Founded in 2005 by Esben Østergaard, Kasper Støy, and Kristian Kassow, Universal Robots is the global cobot market leader by installed units, having passed 100,000 cumulative cobots sold worldwide in early 2025, and holding a cobot-segment share that market research firms place at roughly 38 to 40 percent.[1][12][22] It has been a wholly owned subsidiary of [Teradyne](https://aiwiki.ai/wiki/teradyne) since 2015.
Universal Robots logo
Universal Robots logo. Source: Wikimedia Commons, Public domain.
Universal Robots designs lightweight six-axis articulated arms intended to operate safely alongside human workers without protective fencing, with a product portfolio that spans payloads from 3 kilograms up to 35 kilograms across the e-Series, the UR Series, and, since September 2026, the Gen 7 g-Series families. The company's PolyScope and PolyScope X software platforms, its URCap third-party extension ecosystem, and a 2024 AI Accelerator toolkit built with [NVIDIA](https://aiwiki.ai/wiki/nvidia) on the Isaac robotics stack anchor its strategy of treating cobots as programmable, AI-extensible automation devices rather than fixed-function machines.[6] Teradyne acquired Universal Robots in 2015 for an enterprise value of roughly 285 million United States dollars plus performance earn-outs.[8] ## History ### Where did Universal Robots come from? Academic origins and founding (2003 to 2005) Universal Robots traces its origins to research at the University of Southern Denmark (Syddansk Universitet) in Odense in the early 2000s.[1] Co-founders Esben Østergaard, Kasper Støy, and Kristian Kassow were colleagues working on robotics projects who concluded that the existing market for industrial robotic arms was dominated by heavy, expensive, fenced machines from suppliers such as [ABB](https://aiwiki.ai/wiki/abb), [Kuka](https://aiwiki.ai/wiki/kuka), and [Fanuc](https://aiwiki.ai/wiki/fanuc). These traditional [industrial robot](https://aiwiki.ai/wiki/industrial_robot)s were powerful but typically required extensive integration work, dedicated safety enclosures, and specialist programming knowledge, which placed them out of reach of small and medium manufacturers. The founders set out to build a different kind of robot arm: lightweight, easy to program by ordinary shop-floor staff, capable of being moved between tasks, and inherently safe enough to work next to human operators. The company was incorporated in 2005, and after roughly three years of development the team produced its first commercial product.[1] Esben Østergaard, who took on the role of chief technology officer, would later be recognized for this work with the 2018 Joseph F. Engelberger Robotics Award, often described as the Nobel Prize of robotics.[20] ### When was the first cobot launched? The UR5 (2008) Universal Robots delivered its first robot, the UR5, in December 2008.[1] The UR5 was a six-jointed articulated arm with a five kilogram payload and an 850 millimeter reach. It was widely reported as the first commercially viable collaborative robot able to operate without a safety cage, and it set the basic template that the rest of the cobot industry would copy: a hollow lightweight arm, a teach pendant with graphical programming, and force or current monitoring on each joint that allowed the arm to stop quickly when it detected unexpected contact with a person or object.[20] The initial customer for that first UR5, a Danish plastics supplier called Linatex, used the cobot for computer numerical control (CNC) machine tending.[1] The robot's appeal among small manufacturers was that it could be reprogrammed by an ordinary technician using a hand-guided teaching method rather than requiring an outside integrator. Universal Robots used this proof point to expand sales across Europe, then North America, and then Asia over the following years. ### Product Family Expansion (2012 to 2018) Universal Robots followed the UR5 with the UR10 in 2012, which extended payload to 10 kilograms and reach to 1300 millimeters and was designed for heavier machine tending and palletizing.[1] In 2015 the company added the UR3, a smaller table-top cobot with a three kilogram payload, a 500 millimeter reach, and infinite rotation on its end joint. The UR3 was aimed at lightweight assembly, screwdriving, and laboratory dispensing tasks where a desktop footprint was more important than reach. In 2018 Universal Robots launched the e-Series at the Automatica trade fair in Munich, replacing the original CB-Series.[2] The e-Series introduced a built-in tool-side six-axis force and torque sensor, 17 configurable safety functions certified by TÜV Nord, and a redesigned teach pendant.[2] The UR3e, UR5e, and UR10e were the three initial members of the family, with pose repeatability rated at plus or minus 0.03 millimeters for the UR3e and UR5e and plus or minus 0.05 millimeters for the UR10e.[2] The family was extended in September 2019 with the UR16e, a 16 kilogram payload model with 900 millimeter reach intended for heavier material handling and packaging tasks, weighing only 33.1 kilograms itself.[3] The e-Series became the company's volume product line for several years and is still actively sold alongside the newer UR Series. ### Why did Teradyne acquire Universal Robots? (2015) On 13 May 2015 Teradyne, the American semiconductor and electronic test equipment company, announced a definitive agreement to acquire Universal Robots for 285 million United States dollars in cash, net of acquired cash, plus an additional earn-out of up to 65 million dollars tied to performance targets through 2018.[8] The transaction closed in the second quarter of 2015.[8] At the time of the deal Universal Robots had grown revenue 70 percent year over year between 2013 and 2014, reaching more than 38 million dollars in annual sales with profit roughly doubling.[8] The acquisition gave Teradyne a foothold in industrial automation outside of its traditional semiconductor test business and is widely viewed as the transaction that established cobots as a distinct segment of the industrial robotics market. Teradyne would go on to build a broader robotics group around Universal Robots by acquiring Mobile Industrial Robots (MiR) in 2018 and the [autonomous mobile robot](https://aiwiki.ai/wiki/autonomous_mobile_robot) company AutoGuide in 2019, then folding these brands together as Teradyne Robotics. Universal Robots itself continued to operate under its own brand and from its Odense headquarters. Kim Povlsen was president of Universal Robots from March 2021 until May 2025 and led its early push into AI-enabled cobots.[6] He was succeeded by Jean-Pierre Hathout, previously president of MiR, who in September 2025 also became president of the Teradyne Robotics Group while continuing to lead Universal Robots.[25][26] ### UR Series and Heavy Payload Cobots (2022 to present) In June 2022 Universal Robots unveiled the UR20 at the Automatica fair in Munich, the first model of what the company called its next generation of industrial cobots, and the arm made its U.S. debut at IMTS that September.[11][4] The UR20 carried a 20 kilogram payload with a reach of 1750 millimeters, 30 percent higher torque on the base joint than earlier models, and a top tool centerpoint speed materially faster than the e-Series.[11] Despite being the largest cobot the company had built, it weighed only 64 kilograms, which kept it light enough to redeploy between cells.[11] In October 2023 the company added the UR30, a compact heavy-payload model that paired a 30 kilogram payload with a smaller 1300 millimeter reach. In September 2024 Universal Robots issued a software update that increased the published payload of both the UR20 and UR30 by 5 kilograms each in certain wrist orientations, taking the UR20 to a 25 kilogram peak payload and the UR30 to 35 kilograms.[5] In May 2025 the company introduced the UR15 at the Automate show in Detroit.[7] The UR15 sits in the lineup between the UR10e and the UR20, with a 15 kilogram payload (rising to 17.5 kilograms in wrist-down orientation), a 1300 millimeter reach, a weight of 40.7 kilograms, and a maximum tool centerpoint speed of 5 meters per second.[7] Universal Robots described the UR15 as its fastest cobot, citing roughly a 30 percent reduction in cycle time on pick-and-place applications versus comparable earlier models.[7] The UR15 carries IP65 ingress protection along with UL 1740 and TÜV certifications, which targets it at automotive, metal and machining, and electronics manufacturing.[12] In September 2025 Universal Robots unveiled the UR8 Long, an extended-reach model first shown at FABTECH in Chicago.[23] The UR8 Long pairs a long 1750 millimeter reach with an 8 kilogram payload in a slim 204 millimeter footprint, weighs 44.7 kilograms, and is aimed at space-constrained tasks such as welding and bin picking in automotive production.[23] It ships with the company's new MotionPlus advanced motion-control technology for coordinating linear axes, rotary positioners, and turntables, and the company said its redesigned joints deliver up to 30 percent faster cycle times than earlier generations.[23] ### Joint Headquarters with MiR (2024) In April 2022 Universal Robots and sister Teradyne Robotics company MiR broke ground on a new joint headquarters in Odense.[16] The facility opened on 14 May 2024 and spans roughly 20,000 square meters, with capacity for around 600 employees from both companies.[16] Both organizations consolidated their research and development, sales support, training, and showroom operations on the site, which the companies described as the world's largest single hub for collaborative and autonomous mobile robots.[16] ## Products ### What cobots does Universal Robots make? The UR lineup Universal Robots' active product range is built around three families: the e-Series, which spans the smaller payload classes; the UR Series, which targets heavier payloads with redesigned joints and a higher-speed control system; and the Gen 7 g-Series introduced in September 2026, which adds an AI-ready tool flange that carries power, data, and safety signals, plus the new CB7 Core controller.[28] Both families share the same underlying PolyScope or PolyScope X programming environment, the same teach pendant interface, and a common URCap third-party accessory ecosystem. | Model | Family | Year introduced | Payload | Reach | Repeatability | Weight | |-------|--------|-----------------|---------|-------|---------------|--------| | [UR3e](https://aiwiki.ai/wiki/ur3e) | e-Series | 2018 (UR3 in 2015) | 3 kg | 500 mm | plus or minus 0.03 mm | 11.2 kg | | [UR7e](https://aiwiki.ai/wiki/ur7e) | e-Series | 2025 (succeeded UR5e of 2018; UR5 in 2008) | 7.5 kg | 850 mm | plus or minus 0.03 mm | 20.6 kg | | [UR12e](https://aiwiki.ai/wiki/ur12e) | e-Series | 2025 (succeeded UR10e of 2018; UR10 in 2012) | 12.5 kg | 1300 mm | plus or minus 0.05 mm | 33.5 kg | | [UR16e](https://aiwiki.ai/wiki/ur16e) | e-Series | 2019 | 16 kg | 900 mm | plus or minus 0.05 mm | 33.1 kg | | [UR8 Long](https://aiwiki.ai/wiki/ur8_long) | UR Series | 2025 | 8 kg (10 kg extended) | 1750 mm | plus or minus 0.08 mm | 44.7 kg | | [UR15](https://aiwiki.ai/wiki/ur15) | UR Series | 2025 | 15 kg (17.5 kg wrist down) | 1300 mm | plus or minus 0.05 mm | 40.7 kg | | [UR20](https://aiwiki.ai/wiki/ur20) | UR Series | 2022 | 20 kg (25 kg wrist down) | 1750 mm | plus or minus 0.1 mm | 64 kg | | [UR30](https://aiwiki.ai/wiki/ur30) | UR Series | 2023 | 30 kg (35 kg wrist down) | 1300 mm | plus or minus 0.1 mm | 63.5 kg | | [UR18](https://aiwiki.ai/wiki/ur18) | UR Series | 2025 | 18 kg | 950 mm | plus or minus 0.05 mm | 39.2 kg | | UR10g-1750 | g-Series | 2026 | 8 kg (10 kg extended) | 1750 mm | plus or minus 0.08 mm | 44.7 kg | | UR17g-1300 | g-Series | 2026 | 15 kg (17.5 kg extended) | 1300 mm | plus or minus 0.05 mm | 40.7 kg | | UR18g-950 | g-Series | 2026 | 18 kg | 950 mm | plus or minus 0.05 mm | 39.2 kg | The UR10e's rating rose from its original 10 kilograms to 12.5 kilograms through a software update, without hardware changes, and in 2025 the UR10e and UR5e were succeeded in the e-Series by the UR12e and the 7.5 kilogram UR7e.[1][12] Current specifications for the e-Series, UR Series, and g-Series arms are taken from Universal Robots product pages.[29][30][28] Earlier CB-Series models (the original UR3, UR5, and UR10) are no longer in active production but remain widely deployed in factories. ### Hardware Architecture All Universal Robots cobots share a common architectural template. They are six-axis articulated arms with hollow joints that house [servo motor](https://aiwiki.ai/wiki/servo_motor)s, [harmonic drives](https://aiwiki.ai/wiki/harmonic_drive), and current sensors. Force and torque are inferred from joint current on the older CB-Series and measured directly with an integrated wrist-side force/torque sensor on the e-Series and UR Series.[2] Each arm is paired with a control box that houses the motion controller, safety logic, and input/output for connecting [end effector](https://aiwiki.ai/wiki/end_effector)s and external equipment. The teach pendant is a touchscreen handheld panel that runs the PolyScope graphical user interface. The configurable safety system supports up to 17 customizable safety functions on the e-Series and UR Series, including limits on speed, force, [momentum](https://aiwiki.ai/wiki/momentum), power, joint position, and tool orientation.[2] The functions are certified to EN ISO 13849-1 PLd Category 3 and EN ISO 10218-1, which is the level required for collaborative operation as defined by ISO/TS 15066, the technical specification governing power and force limited cobot applications.[19] ### Software: PolyScope and PolyScope X The original PolyScope graphical programming environment shipped with the first UR5 and has been the principal user-facing software for the company throughout its history. PolyScope organizes robot programs as a tree of nodes representing waypoints, conditional logic, gripper actions, force-controlled motions, and other operations. Operators can teach waypoints by hand-guiding the arm, freeing the cobot from the more rigid coordinate-and-script programming style of traditional industrial robots. In 2024 Universal Robots introduced PolyScope X, a redesigned operating system built on a more modern web technology stack. PolyScope X is structured around [ROS 2](https://aiwiki.ai/wiki/robot_operating_system) internally, which allows different software components and third-party URCaps to communicate over a standard messaging bus, and it exposes development APIs based on [JavaScript](https://aiwiki.ai/wiki/javascript) Web Components, the Angular framework, and [TypeScript](https://aiwiki.ai/wiki/typescript). PolyScope X is intended as the long-term successor to PolyScope 5, but Universal Robots continues to maintain the older PolyScope on shipping cobots so that existing customers do not need to migrate immediately. ### URCap and UR+ Ecosystem The URCap software development kit allows third parties to create plugins that extend the PolyScope user interface and add new instructions to the programming language. URCaps are typically used to integrate end effectors such as grippers, vision cameras, screwdrivers, and dispensing tools, but they can also wrap entire applications such as palletizing wizards or welding routines. The UR+ marketplace hosts certified URCaps and certified hardware accessories from a network of partner companies, which is a deliberate strategic choice by Universal Robots to outsource the long tail of application-specific tooling to third parties rather than build it all in-house. ### How does Universal Robots use AI? The AI Accelerator and NVIDIA Isaac integration In October 2024 Universal Robots launched its [AI Accelerator](https://aiwiki.ai/wiki/ai_accelerator), a ready-to-use hardware and software toolkit for UR cobots that pairs an Orbbec Gemini 335Lg 3D camera with an NVIDIA Jetson AGX Orin module running NVIDIA Isaac accelerated libraries, including [NVIDIA Isaac](https://aiwiki.ai/wiki/nvidia_isaac_sim) Manipulator.[6] The AI Accelerator is intended as a hardware and software reference for developers building AI-driven cobot applications, with built-in demos for [pose estimation](https://aiwiki.ai/wiki/pose_estimation), tracking, object detection, path planning ([motion planning](https://aiwiki.ai/wiki/motion_planning)), image classification, quality inspection, and state detection.[6] Universal Robots president Kim Povlsen said that with the toolkit "we provide our partners with everything they need to develop and deploy new, innovative AI solutions."[6] Universal Robots is one of the early ecosystem partners for NVIDIA Isaac Manipulator alongside Yaskawa, PickNik Robotics, Solomon, READY Robotics, and Franka Robotics.[18] Universal Robots reported in joint case studies with NVIDIA that the integration delivered up to a 100 times speedup in motion planning relative to conventional planners, accurate three-dimensional pose estimation with minimal training data using vision [foundation models](https://aiwiki.ai/wiki/foundation_models), and the ability to recover from disturbances in dynamic environments with less hand-coded scripting.[17] The AI Accelerator runs on the PolyScope X platform so that AI-derived motions and detections become first-class objects inside ordinary cobot programs, and with a small hardware upgrade it is compatible with the e-Series as well as the UR20 and UR30.[6] At its May 2025 launch the UR15 was demonstrated with the AI Accelerator in a quality-inspection application.[12] ### Applications Universal Robots cobots are deployed across a wide range of industries and applications. In automotive, electronics, plastics, food and beverage, pharmaceuticals, and metal fabrication factories, the most common applications include: - Machine tending for CNC mills, lathes, and injection molding machines - End-of-line palletizing and depalletizing of cases and bags - Pick-and-place between conveyors, fixtures, and packaging - Screwdriving, riveting, and snap-fit assembly - Robotic arc welding using lightweight torch packages - Polishing, sanding, deburring, and surface finishing using force-controlled motions - Quality inspection using vision-guided cobots - Laboratory automation for sample handling and dispensing in pharmaceuticals The palletizing market in particular has driven much of the growth of the UR20 and UR30 because cobots in that payload class can replace dedicated heavy industrial palletizers in mid-volume facilities while occupying a smaller footprint and requiring less safety scoping. ## Corporate Structure and Financial Performance Universal Robots A/S is a Danish private limited company and a wholly owned subsidiary of [Teradyne](https://aiwiki.ai/wiki/teradyne), Inc., a publicly listed United States corporation headquartered in North Reading, Massachusetts. Teradyne reports Universal Robots inside its Robotics operating segment alongside Mobile Industrial Robots. According to Teradyne's 2024 annual report, the Robotics segment generated approximately 365 million United States dollars in revenue for full year 2024, of which Universal Robots contributed roughly 293 million dollars and MiR roughly 72 million dollars.[9] Robotics revenue was down approximately 3 percent year over year in 2024, which Teradyne attributed to weak industrial demand, but Teradyne Robotics president Ujjwal Kumar said the group outperformed a market that had double-digit declines.[15] The cyclical softness continued into 2025. In the first quarter of 2025 Teradyne's Robotics segment generated 69 million United States dollars in revenue, down 21 percent year over year and from 98 million dollars in the fourth quarter of 2024.[12] In response, Teradyne reorganized the Robotics group in January 2025, laying off about 10 percent of global Robotics staff and consolidating UR and MiR sales and service, which it said would lower the segment's breakeven revenue from 440 million dollars in 2024 to 365 million dollars in 2025.[15] A further cut of about 14 percent of Teradyne Robotics staff followed in November 2025.[31] Revenue then recovered: the segment reported 89 million dollars in the fourth quarter of 2025 and 91 million dollars in the first quarter of 2026, its fourth consecutive quarter of sequential growth.[32] Universal Robots passed 100,000 cobots sold in early 2025, double the 50,000-unit milestone it announced in December 2020.[1][12] ## Competitive Landscape ### How big is the cobot market and who leads it? The global market for collaborative robots was estimated at roughly 2.8 billion United States dollars in 2026 and is widely projected to grow at a compound annual rate above 20 percent for the remainder of the decade.[21] Universal Robots is consistently ranked as the market leader by units, with multiple market research firms placing its share of the cobot segment around 38 percent.[22] The competitive set is a mix of established industrial robot manufacturers that have added cobot product lines and pure-play cobot startups. | Competitor | Country | Notable cobot product | Approximate cobot market position | |-----------|---------|-----------------------|----------------------------------| | Universal Robots | Denmark | UR7e, UR12e, UR15, UR18, UR20, UR30, g-Series | Market leader, around 38 percent share | | [Techman Robot](https://aiwiki.ai/wiki/techman_robot) | Taiwan | TM5, TM12, TM14, TM25S | Major challenger | | [ABB](https://aiwiki.ai/wiki/abb) | Switzerland | YuMi (IRB 14000), CRB series | Established industrial vendor with cobot line | | [Fanuc](https://aiwiki.ai/wiki/fanuc) | Japan | CRX series, CR series | Largest [industrial robot](https://aiwiki.ai/wiki/industrial_robot) maker, growing cobot share | | [Kuka](https://aiwiki.ai/wiki/kuka) | Germany | LBR iiwa, LBR iisy | Pioneered sensitive lightweight arms | | [Doosan Robotics](https://aiwiki.ai/wiki/doosan_robotics) | South Korea | M-Series, A-Series, H-Series | Fast-growing cobot pure play | | Yaskawa | Japan | Motoman HC series | Industrial vendor with cobot line | | Franka Robotics | Germany | Franka Production 3, FR3 | Research-focused sensitive cobot; 2023 insolvency, then acquired by Agile Robots | | AUBO Robotics | China | i-Series, ES, S series | China-focused cobot specialist | Universal Robots' competitive position is grounded in its installed base, its URCap and UR+ partner ecosystem, its certifications and safety pedigree, and its distribution channel of certified system integrators. The company faces growing pressure from Chinese cobot vendors that compete primarily on price and from Asian incumbents such as Techman that are increasingly bundled with packaged automation cells. The strategic response over the past several years has been to push upmarket on payload (the UR20 and UR30), to add speed and cycle-time advantages (the UR15 and UR8 Long), and to extend the platform with AI capabilities (the AI Accelerator and PolyScope X). ## Key Milestones | Year | Event | |------|-------| | 2005 | Universal Robots A/S founded in Odense by Esben Østergaard, Kasper Støy, and Kristian Kassow | | 2008 | First UR5 cobot delivered to a Danish plastics company; widely cited as the first commercially viable [collaborative robot](https://aiwiki.ai/wiki/collaborative_robot) | | 2012 | UR10 introduced, extending payload to 10 kilograms and reach to 1300 millimeters | | 2015 | UR3 table-top cobot launched; Teradyne announces acquisition of Universal Robots for around 285 million United States dollars | | 2018 | e-Series launched at Automatica with UR3e, UR5e, and UR10e; built-in force/torque sensor and 17 configurable safety functions | | 2018 | Esben Østergaard receives the Joseph F. Engelberger Robotics Award | | 2019 | UR16e introduced for heavy-duty payloads up to 16 kilograms | | 2020 | Cumulative installed base passes 50,000 cobots | | 2021 | Kim Povlsen becomes president of Universal Robots | | 2022 | UR20 announced at Automatica, first model of next-generation UR Series with 20 kilogram payload and 1750 millimeter reach | | 2023 | UR30 launched with 30 kilogram payload in compact 1300 millimeter reach package | | 2024 | Joint Universal Robots and MiR headquarters opens in Odense (20,000 square meters); [AI Accelerator](https://aiwiki.ai/wiki/ai_accelerator) launched in collaboration with NVIDIA Isaac; UR20 and UR30 published payload increased to 25 and 35 kilograms | | 2025 | 100,000th cobot sold (early 2025); UR15 launched at Automate Detroit with maximum tool centerpoint speed of 5 meters per second, alongside the UR7e and UR12e; Jean-Pierre Hathout succeeds Kim Povlsen as president (May); UR8 Long unveiled at FABTECH with 1750 millimeter reach; UR18 launched (October)[27] | | 2026 | Gen 7 platform with g-Series arms (UR10g-1750, UR17g-1300, UR18g-950) and CB7 Core controller unveiled at IMTS Chicago (September) | ## Reception and Industry Recognition Universal Robots is widely credited within the robotics industry as the company that defined the collaborative robot category. Industry analysts and trade publications routinely identify the 2008 UR5 as the first commercially successful cobot, and subsequent products from competitors are commonly described in reference to the UR template of a six-axis articulated arm with joint-level force monitoring and a graphical teach pendant.[20] Co-founder Esben Østergaard's 2018 Engelberger Robotics Award explicitly recognized his work on developing collaborative robots, and the prize is generally regarded as the most prestigious individual honor in the robotics field.[20] The Odense robotics cluster, of which Universal Robots is the anchor, is now widely cited in academic and trade literature as a model regional cluster for advanced robotics, and a number of supporting companies (including MiR, OnRobot, and a network of system integrators) emerged from or grew alongside Universal Robots in the same city. The company's URCap and UR+ partner ecosystem has been highlighted as an early example of platform-style strategy in industrial automation, with parallels drawn to the role of operating system app stores in consumer technology. ## See also - [Collaborative robot](https://aiwiki.ai/wiki/collaborative_robot) - [Robotics](https://aiwiki.ai/wiki/robotics) - [Teradyne](https://aiwiki.ai/wiki/teradyne) - [NVIDIA Isaac Sim](https://aiwiki.ai/wiki/nvidia_isaac_sim) - [Kuka](https://aiwiki.ai/wiki/kuka) - [Fanuc](https://aiwiki.ai/wiki/fanuc) - [ABB](https://aiwiki.ai/wiki/abb) ## References 1. Universal Robots, "Our history," company website, https://www.universal-robots.com/about-us/history/ 2. Universal Robots, "Universal Robots launches e-Series setting a new standard for collaborative automation platforms," press release, June 2018. 3. Universal Robots, "Universal Robots Launches Heavy-Duty Payload Cobot for Collaborative Automation," press release, September 2019. 4. Universal Robots, "Universal Robots' New UR20 Collaborative Robot Makes U.S. Debut at IMTS 2022," press release, September 2022. 5. Universal Robots, "Universal Robots Updates Payload Capacity for UR20 and UR30," press release via BusinessWire, 26 September 2024. 6. Universal Robots, "Universal Robots Unveils Its AI Accelerator, Enabling a New Wave of AI-Powered Cobot Innovations," press release via BusinessWire, 21 October 2024, https://www.universal-robots.com/news-and-media/news-center/universal-robots-unveils-its-ai-accelerator/ 7. Universal Robots, "Universal Robots Introduces Its Fastest Ever Cobot to Enable Unprecedented Performance in Collaborative Automation," press release via BusinessWire, 12 May 2025. 8. Teradyne, Inc., "Teradyne to Acquire Universal Robots," press release and Form 8-K filing, 13 May 2015. 9. Teradyne, Inc., "Annual Report to Shareholders 2024," filed with the United States Securities and Exchange Commission, 2025. 10. Teradyne, Inc., "Teradyne Reports Fourth Quarter 2024 Results," investor relations press release. 11. The Robot Report, "Meet UR20: Universal Robots' fastest, strongest cobot ever," 21 June 2022, https://www.therobotreport.com/meet-ur20-universal-robots-fastest-strongest-cobot-ever/ 12. The Robot Report, "Universal Robots releases the UR15, its fastest cobot yet," May 2025, https://www.therobotreport.com/universal-robots-releases-the-ur15-its-fastest-cobot-yet/ 13. The Robot Report, "Teradyne Robotics generates $75M in Q2," 2024. 14. The Robot Report, "Teradyne robotics group earns $375M in 2023," 2024. 15. The Robot Report, "Teradyne robotics group lays off 10 percent of global staff," 31 January 2025, https://www.therobotreport.com/teradyne-robotics-group-lays-off-10-percent-global-staff/ 16. The Robot Report, "Teradyne units Universal Robots and Mobile Industrial Robots open joint headquarters," May 2024. 17. NVIDIA Corporation, "Universal Robots Accelerates Cobot Development with NVIDIA," case study, https://www.nvidia.com/en-us/case-studies/universal-robots-accelerates-cobot-development-with-nvidia/ 18. NVIDIA Corporation, "NVIDIA Isaac Taps Generative AI for Manufacturing and Logistics Applications," NVIDIA blog. 19. International Organization for Standardization, ISO/TS 15066:2016, "Robots and robotic devices, Collaborative robots," 2016. 20. Wikipedia contributors, "Universal Robots," Wikipedia, The Free Encyclopedia. 21. Fortune Business Insights, "Collaborative Robots Market Size, Share and Industry Forecast 2024 to 2034." 22. MarketsandMarkets, "Collaborative Robot Market 2024 to 2030," research report; and Universal Robots, "100,000 cobots sold" milestone announcement, February 2025. 23. Universal Robots, "Universal Robots unveils UR8 Long," press release, 8 September 2025, https://www.universal-robots.com/news-and-media/news-center/universal-robots-unveils-ur8-long/ 24. The Robot Report, "Teradyne Robotics Q1 2025 results," 2025; Teradyne, Inc., Form 8-K, First Quarter 2025 Results. 25. The Robot Report, "Teradyne Robotics makes leadership changes at MiR, UR," 6 May 2025, https://www.therobotreport.com/teradyne-robotics-makes-leadership-changes-at-mir-ur/ 26. Universal Robots, "Teradyne Names New Teradyne Robotics Group President," 3 September 2025, https://www.universal-robots.com/news-and-media/news-center/teradyne-names-new-teradyne-robotics-group-president 27. Universal Robots, "Universal Robots welcomes UR18," press release, 6 October 2025, https://www.universal-robots.com/news-and-media/news-center/universal-robots-welcomes-ur18/ 28. Universal Robots, "Universal Robots unveils Gen 7, a new platform for industrial automation and physical AI deployment," press release, 14 September 2026, https://www.universal-robots.com/news-and-media/news-center/universal-robots-unveils-gen-7-new-platform-industrial-automation-physical-ai 29. Universal Robots, "e-Series" product page, https://www.universal-robots.com/products/e-series/ 30. Universal Robots, "UR Series" product page, https://www.universal-robots.com/products/ur-series/ 31. The Robot Report, "Teradyne Robotics lays off another 14% of workforce," 6 November 2025, https://www.therobotreport.com/teradyne-robotics-lays-off-another-14-of-workforce/ 32. The Robot Report, "Teradyne Robotics revenue rises at the start of 2026," 30 April 2026, https://www.therobotreport.com/teradyne-robotics-revenue-rises-start-2026/