The UR15 from cobot pioneer Universal Robots: Higher productivity and cost efficiency in collaborative robotics – Image: Universal Robots
The UR15 from cobot pioneer Universal Robots: Higher productivity and cost efficiency in collaborative robotics
Universal Robots presents a milestone in collaborative robotics
Collaborative robotics has reached a new milestone in industrial automation with the introduction of the UR15 by Universal Robots. At the Automate trade show in Detroit (May 12-15, 2025), cobot pioneer Universal Robots presented its fastest collaborative robot to date, setting new standards with its impressive speed and precision. With a maximum TCP speed of 5 m/s, the UR15 can reduce cycle times in pick-and-place applications by up to 30% compared to other UR models. It maintains Universal Robots' characteristic lightweight design and small footprint. Available for order now and with delivery starting in June, the cobot promises significant productivity gains and cost efficiency across a wide range of industries thanks to its innovative technology and versatile applicability.
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Technical innovation and performance
Speed and motion control
The UR15 represents a significant advancement in cobot technology, particularly due to its impressive speed. With a maximum TCP speed of 5 m/s, it is Universal Robots' fastest cobot to date. This speed enables shorter cycle times, increased productivity, and reduced costs across various applications and industries. In pick-and-place applications, this speed improvement translates to cycle time reductions of up to 30% compared to other UR models.
One of the key innovations of the UR15 is the integration of OptiMove, Universal Robots' new motion control technology. This technology improves smoothness and ensures consistently precise movements – even at high speeds and with heavy payloads. The improved trajectory accuracy is particularly important for applications that require both speed and precision, such as electronics manufacturing or automated bin picking.
Payload and range
The UR15 has a standard payload of 15 kg, which is sufficient for many industrial applications. For specialized applications with a downward-facing wrist, such as palletizing, this payload can even be increased to 17.5 kg. This flexibility makes the robot suitable for a wider range of tasks, from the precise handling of small components to the transport of heavier loads.
The UR15 has a reach of 1300 mm, providing a generous working area. Despite this considerable reach, the UR15 maintains a compact footprint, facilitating integration into confined production environments. This combination of reach and compact design makes it particularly valuable for manufacturing environments where space is a critical resource.
Software and AI integration
Another outstanding feature of the UR15 is its software compatibility and AI capabilities. The cobot runs on both the proven PolyScope 5 software platform and the newer PolyScope X. This dual compatibility facilitates the transition for existing Universal Robots users while simultaneously providing access to the latest software features.
The UR15's AI capabilities are particularly noteworthy. It can be easily used with the UR AI Accelerator, a toolkit for developing AI-powered applications, which Universal Robots developed in collaboration with Nvidia. This integration leverages Nvidia's CUDA-accelerated libraries and models and runs on the Nvidia Jetson AGX Orin system-on-module. The AI integration opens up new possibilities for adaptive robotics applications, machine learning, and visual recognition, making the UR15 future-proof for upcoming manufacturing needs.
Application areas and industry solutions
automotive industry
The automotive industry is a key sector for the use of the UR15. In this sector, where space is often limited and flexibility is paramount, the UR15, with its small footprint and full working area, offers performance without compromising on space or speed. Typical automotive applications that were historically limited by the production speed of cobots—such as automated bin picking, machine tending, and inspection—can now be significantly accelerated while maintaining the highest precision.
The UR15's ability to quickly switch between different tasks is particularly valuable in the automotive industry, where production often needs to be adjusted to manufacture different models or variants. This flexibility allows automakers and suppliers to rapidly reconfigure their production lines without having to make extensive changes to their automation infrastructure.
Metal and mechanical engineering
In the metal and mechanical engineering industries, where environments can often be harsh and demanding, the UR15 offers enhanced protection thanks to its IP65 rating. This protection ensures that the cobot can operate reliably in dusty and humid environments, which is crucial for metalworking and mechanical engineering applications.
The UR15's high payload capacity, combined with its ease of use, makes it ideal for tasks such as handling metal parts, loading CNC machines, and other applications requiring both power and precision. Its ability to move heavy workpieces while simultaneously performing precise positioning can significantly increase productivity in metalworking operations.
Electronics and technology industry
For the electronics and technology industries, where precision and compact design are crucial, the UR15 offers excellent cleanroom classification, a compact form factor, and exceptional motion control. These features make it ideal for high-speed pick-and-place applications and seamless integration with autonomous mobile robots (AMRs) and automated guided vehicles (AGVs).
The UR15's ability to handle small electronic components with high speed and accuracy can significantly improve production throughput rates in electronics manufacturing. Furthermore, its compatibility with AMRs and AGVs enables integrated automation solutions that can optimize material and product flows in electronics manufacturing facilities.
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Economic advantages and increased efficiency
Productivity improvements and work efficiency
The introduction of the UR15 comes at a time when increasing labor productivity is a challenge for many companies. According to recent data from the Federal Statistical Office, labor productivity in all sectors of the German economy has only increased slightly or even declined slightly in recent years (-0.6% in 2023, -0.1% in 2024). In this context, the UR15, with its ability to reduce cycle times by up to 30%, offers significant potential for increasing productivity.
The increased speed and efficiency of the UR15 can help companies increase their production capacity without hiring additional workers. This is particularly relevant given rising labor costs – employee compensation per worker hour increased by 5.3% in 2024 compared to the previous year. By using the UR15, companies can improve their competitiveness while simultaneously controlling their unit labor costs.
Return on Investment (ROI)
Although the UR15's base price of approximately $45,000 is higher than that of conventional cobots, the return on investment is compelling. In particular, the investment can pay for itself in six months, as demonstrated by the example of a German automotive supplier who achieved a rapid ROI through the 24/7 operation of a comparable solution.
The UR15 also consumes 35% less energy than hydraulic systems, which can lead to annual cost savings of approximately $8,000 per unit (according to Energy Star projections). This energy efficiency not only contributes to cost reduction but also supports companies' sustainability goals.
Integration into existing production environments
A particular strength of the UR15 is its ability to be seamlessly integrated into a wide variety of production environments. This is especially valuable for companies that work with smaller batch sizes – a growing trend in the manufacturing industry. As practical experience shows, many companies today produce in quantities of 5 to 300 units and therefore need to implement flexible automation solutions.
The UR15's simple programmability and quick reconfiguration allow companies to flexibly adapt their production processes to changing requirements. This is particularly important in markets that increasingly demand customized products and have shorter product lifecycles.
The UR15 in the context of cobot development
Comparison with previous UR models
The UR15 complements Universal Robots' existing portfolio, which already includes several cobot models with different payloads and reaches. This portfolio includes the UR3e (3 kg payload, 500 mm reach), UR5e (5 kg, 850 mm), UR10e (12.5 kg, 1300 mm), UR16e (16 kg, 900 mm), UR20 (25 kg, 1750 mm) and UR30 (35 kg, 1300 mm).
Compared to its sibling models, the UR15 positions itself as the fastest cobot in the UR portfolio, making it ideal for high-speed applications. With a payload of 15 kg and a reach of 1300 mm, it fills a strategic gap between the UR10e and the UR16e.
Classification within the automation landscape
The UR15 is part of a broader movement toward more flexible and adaptive automation enabled by collaborative robotics. As a pioneer in cobot technology, Universal Robots has significantly contributed to the democratization of robotics by developing automation solutions that are accessible to small and medium-sized businesses.
The UR15 fits into the growing market for collaborative robots, which is expected to reach a volume of over $12 billion by 2025. This market is driven by labor shortages and the need for agile production – both challenges for which the UR15 offers solutions with its speed, flexibility, and easy integration.
Increased efficiency through robotics: What makes the UR15 so special
The UR15 from Universal Robots represents a significant advancement in collaborative robotics, enabling increased productivity and cost efficiency through unparalleled speed, precision, and flexibility. Its ability to reduce cycle times by up to 30%, combined with its seamless integration into existing production environments, positions it as a valuable tool for companies seeking to enhance their competitiveness in an increasingly digitized and automated manufacturing landscape.
The integration of AI capabilities through the UR AI Accelerator also opens up new possibilities for adaptive and intelligent robotics applications that go beyond traditional automation tasks. This future-proofing makes the UR15 a strategic investment for companies that not only seek short-term productivity gains but also want to benefit from developments in intelligent manufacturing in the long term.
With its combination of speed, precision, flexibility, and AI integration, the UR15 sets a new standard for collaborative robotics and helps realize the vision of adaptive, efficient, and human-centered automation. For companies seeking ways to increase productivity while optimizing production costs, the UR15 offers a compelling and future-proof solution.
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