Automate 2025, scheduled for May 12-15 at Huntington Place in Detroit, is shaping up to be a significant moment for anyone tracking industrial robotics trends. The event, which draws automation professionals from across manufacturing sectors, will feature a substantial presence from ABB Robotics, and the company’s plans for the show reveal a great deal about where the industry is heading. If you are planning to attend, or simply following the news from afar, there are several concrete developments worth understanding before you walk the floor or read the post-show coverage.
The headline item is the first full-scale U.S. debut of ABB’s OmniCore controller. This is not a minor firmware update or a niche accessory; it is described as a transformative control platform that spans ABB’s entire robot portfolio. What does that mean in practical terms? According to the source material, OmniCore delivers faster, more precise, and more autonomous automation. The controller is built on a modular design, which allows users to scale from a single collaborative robot to a large-scale, multi-robot production cell. This modularity is a key point for system integrators and plant managers who are tired of being locked into a single configuration.
The OmniCore platform is also notable for what it promises in terms of installation and programming. The source material states that it streamlines both of these processes while boosting performance. For end users, that translates into potentially shorter commissioning times and a lower barrier to entry for programming, which is often a pain point in robotics adoption. The fact that this is the first full-scale U.S. showing means that American manufacturers will be seeing the platform in action for the first time, not just reading about it in press releases.
Beyond the controller, ABB will bring a lineup of robotic demos to the show floor. The source material highlights a fully operational GoFa cobot cell, which is significant because GoFa is ABB’s collaborative robot line designed for tasks that require human-robot interaction. The demo will include complete educator and student resources, as well as globally recognized STEM certification. This suggests that ABB is not just selling hardware; it is also investing in the education pipeline that will train the next generation of automation engineers. For companies struggling to find skilled robotics technicians, this is a signal that ABB is thinking about the talent problem, not just the machine problem.
Another demo to watch involves the IRB 1200 Gen 2 and IRB 1100 Lite+. These two robots are positioned as a complementary, flexible solution for automating multiple stages in electronics manufacturing. The source material specifically mentions material handling and high-speed assembly as target applications. This is a practical pairing: one robot handles the heavier or more complex tasks, while the other handles the high-speed, repetitive work. For electronics manufacturers, this could be a way to automate a production line without having to invest in a fully custom solution.
The PoWa cobot family is also on the agenda. This newly launched line is described as combining high-speed performance with collaborative capabilities in a compact design. The emphasis on compactness is important for manufacturers with limited floor space, which is a common constraint in small and medium-sized enterprises. The demo will focus on flexibility in handling, which suggests that the PoWa line is designed for applications where the robot needs to adapt to varying tasks rather than performing a single, fixed operation.
It is also worth noting where these robots are produced. The source material states that the IRB 1200 Gen 2, IRB 1100 Lite+, and other units are manufactured at ABB’s Shanghai Mega Factory. This facility embodies ABB’s vision for smart, flexible production, and the company states that over 90 percent of ABB robots for Chinese customers are made in China. This is relevant for buyers who care about supply chain resilience and regional manufacturing capacity. It also signals that ABB is serious about its commitment to advanced manufacturing in China, which has implications for global pricing and availability.
Finally, the broader context of the show is important. The source material notes that automation is top of mind for companies as they look to install technologies and systems to prepare operations for next-generation manufacturing. This is not just marketing fluff; it reflects a real shift in how manufacturers are thinking about their capital investments. The same source material mentions that companies such as Nvidia and ABB Robotics are expanding partnerships related to robotics and artificial intelligence, and that startup Standard Bots finished a fundraising campaign to expand its manufacturing facility. This indicates a vibrant ecosystem where both established players and newcomers are investing heavily in the space.
Practical steps
If you are attending Automate 2025, or if you are evaluating whether to invest in ABB’s new technologies, there are several practical steps you can take to make the most of the information available. The source material provides specific booth numbers and a clear picture of what will be demonstrated, so you can plan your visit with some precision.
First, locate ABB’s main booth. The source material gives two locations: Main Booth #2632 and Education Pavilion #8614. These are distinct spaces with different purposes. The main booth will house the robot demos, including the GoFa cobot cell, the IRB 1200 Gen 2 and IRB 1100 Lite+ electronics manufacturing solution, and the PoWa cobot family. The Education Pavilion will presumably focus on the educational resources and STEM certification programs. If you are a plant manager or a system integrator, you will want to spend most of your time at the main booth. If you are involved in workforce development or training, the Education Pavilion is where you should focus. Do not try to do both in a single hour; allocate separate time blocks for each.
Second, when you are at the main booth, ask specifically about the OmniCore controller’s integration capabilities. The source material says that OmniCore can integrate ABB’s entire portfolio of robots, mechatronics platforms, and software, including industrial robots, mobile robots, and cobots. It also mentions a suite of advanced, AI-powered software tools, including AI, sensor, cloud, and edge computing systems. This is a broad claim, and you should ask for a concrete demonstration of how OmniCore handles a mixed fleet. For example, ask how the controller manages a cell that includes both a cobot and a traditional industrial robot, or how it interfaces with an Autonomous Mobile Robot (AMR). The source material does not provide specific technical specifications, so you will need to rely on the live demo and the questions you ask.
Third, if you are in electronics manufacturing, make a beeline for the IRB 1200 Gen 2 and IRB 1100 Lite+ demo. The source material explicitly states that these two robots offer a complementary, flexible solution for automating multiple stages in electronics manufacturing, from material handling to high-speed assembly. This is a targeted solution, not a general-purpose pitch. When you watch the demo, pay attention to how the two robots divide the work. Which tasks go to the 1200 Gen 2, and which go to the 1100 Lite+? How fast is the changeover between tasks? The source material does not provide cycle times or throughput numbers, so you will need to observe the demo and ask the booth staff for specifics.
Fourth, for the GoFa cobot cell, focus on the educational angle. The source material mentions complete educator and student resources and globally recognized STEM certification. If you are a training manager or an academic, this is your opportunity to see how ABB is packaging its technology for the classroom. Ask about the curriculum, the certification process, and whether the resources are available for purchase or licensing. The source material does not disclose pricing or availability, so you will need to ask directly.
Fifth, take note of the PoWa cobot family. The source material describes it as newly launched, with a compact design that combines high-speed performance with collaborative capabilities. If you are in a space-constrained facility, this is the demo you want to see. Ask about the payload capacity, reach, and safety features. The source material does not provide these specifications, so you will need to get them from the booth staff. Also, ask about the intended applications. The source material mentions flexibility in handling, but it does not specify which industries or tasks are the primary targets.
Sixth, consider the supply chain implications of the Shanghai Mega Factory. The source material states that over 90 percent of ABB robots for Chinese customers are made in China, and that the factory embodies ABB’s vision for smart, flexible production. If you are a buyer outside China, ask about lead times and availability for the robots being demonstrated. The source material does not provide any delivery timelines, so you should not assume that what you see at the show is immediately available in your region. Ask the ABB representatives about regional availability and whether the OmniCore controller is being rolled out globally at the same pace.
Seventh, use the show as an opportunity to understand the broader partnership landscape. The source material mentions that Nvidia and ABB are expanding partnerships related to robotics and AI, and that Standard Bots finished a fundraising campaign to expand its manufacturing facility. This is context, not a specific product announcement, but it is worth asking ABB representatives about their AI roadmap. The OmniCore controller is described as delivering more autonomous automation, and the source material mentions AI-powered software tools. Ask how these tools integrate with the controller and whether they require additional hardware or cloud services.
Finally, after the show, follow up on the education resources. The source material mentions globally recognized STEM certification, which is a significant claim. If you are in the education sector, ask for the name of the certifying body and the level of the certification (e.g., high school, community college, university). The source material does not provide these details, so you will need to request them from ABB directly.
Common mistakes to avoid
When evaluating the information from Automate 2025, there are several common mistakes that buyers and integrators make. The source material provides a clear picture of what ABB is announcing, but it also leaves many details unspecified. Here are the pitfalls to avoid.
The first mistake is assuming that the OmniCore controller is a single product. The source material describes it as a transformative control platform with a modular design. This means it is not a one-size-fits-all box; it is a family of solutions that can be configured for different scales of operation. If you go to the show expecting to see one controller that you can buy off the shelf, you will be disappointed. Instead, you need to think about your specific application and ask how OmniCore can be configured for your needs. The source material does not provide a product lineup or model numbers, so do not assume that what you see in the demo is the only option.
The second mistake is focusing solely on the hardware and ignoring the software. The source material emphasizes that OmniCore integrates with ABB’s suite of advanced, AI-powered software tools, including AI, sensor, cloud, and edge computing systems. This is a software-centric platform, not just a new controller. If you are evaluating this technology, you need to ask about the software ecosystem, the APIs, and the data integration capabilities. The source material does not provide technical details on the software stack, so you will need to ask for a demonstration of the software, not just the robot motion.
The third mistake is assuming that the robots on display are immediately available for purchase. The source material states that the robots are produced at the Shanghai Mega Factory, and that over 90 percent of ABB robots for Chinese customers are made in China. This does not tell you anything about availability in the U.S. or Europe. Do not assume that what you see at Automate 2025 is in stock or has a short lead time. The source material does not provide any delivery timelines, so you must ask ABB representatives about regional availability and lead times. If they cannot give you a specific date, that is a red flag that you need to manage your expectations.
The fourth mistake is ignoring the education and workforce development angle. The source material highlights the GoFa cobot cell with complete educator and student resources and globally recognized STEM certification. This is not a side note; it is a strategic investment in the talent pipeline. If you are a manufacturer, you should pay attention to this because your ability to deploy robots depends on having skilled workers who can program, maintain, and troubleshoot them. Do not dismiss the education resources as irrelevant to your business. Instead, ask how you can access these resources for your own training programs.
The fifth mistake is overinterpreting the partnership news. The source material mentions that Nvidia and ABB are expanding partnerships related to robotics and AI, and that Standard Bots finished a fundraising campaign. This is context, not a product announcement. Do not assume that these partnerships have resulted in specific, commercially available products. The source material does not provide any details on what the Nvidia-ABB partnership entails or what Standard Bots is building. Treat this as background information, not as a buying guide.
The sixth mistake is assuming that the PoWa cobot family is a replacement for the GoFa line. The source material describes PoWa as newly launched, with high-speed performance and collaborative capabilities in a compact design. It also describes GoFa as a cobot with a fully operational cell and educational resources. These are likely complementary products, not competitors. Do not assume that PoWa makes GoFa obsolete. Instead, ask the booth staff to explain the differences in terms of payload, reach, speed, and intended applications. The source material does not provide these specifications, so you need to ask.
The seventh mistake is neglecting to ask about the OmniCore controller’s compatibility with existing ABB installations. The source material says that OmniCore spans ABB’s entire robot portfolio, but it does not say whether existing robots can be retrofitted with the new controller. If you have an installed base of ABB robots, this is a critical question. Can you upgrade to OmniCore without replacing your entire fleet? The source material does not answer this, so you must ask. If ABB cannot provide a clear answer, you should factor that uncertainty into your decision-making.
The eighth mistake is failing to verify the claims about the Shanghai Mega Factory. The source material states that the factory embodies ABB’s vision for smart, flexible production and that over 90 percent of ABB robots for Chinese customers are made in China. This is a claim about manufacturing capacity, not about product quality or performance. Do not assume that robots made in China are inferior or superior to those made elsewhere. Instead, ask about quality control processes, testing standards, and certification. The source material does not provide these details, so you need to ask.
The ninth mistake is ignoring the broader market context. The source material notes that automation is top of mind for companies as they prepare for next-generation manufacturing. This suggests that demand is high, which could lead to supply constraints. If you are planning to invest in new robotics systems, you should factor in potential lead times and price pressures. The source material does not provide any pricing information, so you should be prepared for the possibility that prices are rising due to demand.
Finally, the tenth mistake is assuming that the information in the source material is complete. The source material is a press release and search result summary, not a technical specification sheet. It provides a high-level overview of what ABB is showing at Automate 2025, but it leaves many details unspecified. Do not make purchasing decisions based solely on this information. Instead, use it as a starting point for deeper conversations with ABB representatives, system integrators, and other experts. The source material does not provide any SLA numbers, response times, or spare-part lead times, so you should not expect these to be disclosed at the show either. Be prepared to ask for these details and to push for concrete answers.
Sources
https://www.automationworld.com/factory/robotics/video/55300118/abb-robotics-abb-robotics-at-automate-2025
Published by Vigla Media OÜ (Estonia).