Festo, a global leader in automation technology and technical education, is poised to unveil a comprehensive suite of innovations and strategic initiatives at Automate 2026, scheduled for June 22-25 at Chicago’s McCormick Place. Located at Booth #831, the company’s showcase will emphasize solutions engineered to address the persistent challenges of deployment and integration in modern manufacturing. Visitors will experience firsthand advancements in motion control, sophisticated handling systems, seamless connectivity, intuitive engineering tools, and critical workforce development technologies, all designed to empower manufacturers to enhance startup visibility, drastically reduce integration effort, and nimbly adapt to evolving production requirements.
The Evolving Landscape of Industrial Automation
The industrial automation sector is experiencing unprecedented growth, driven by the imperative for increased efficiency, productivity, and flexibility across diverse manufacturing environments. According to recent industry reports, the global industrial automation market is projected to reach over $300 billion by the end of the decade, reflecting a compound annual growth rate (CAGR) of approximately 8-10%. This expansion is fueled by the rapid adoption of Industry 4.0 principles, smart factory initiatives, and the increasing sophistication of robotics. However, this progress also introduces significant complexities for Original Equipment Manufacturers (OEMs) and system integrators. Modern machine designs now incorporate an ever-growing array of devices, intricate network architectures, and the inherent demand for greater production flexibility. Simultaneously, market pressures mandate shorter startup timelines and often contend with limited technical resources, escalating the need for robust solutions that streamline troubleshooting, bolster interoperability, and facilitate more efficient project execution from conception to commissioning.
Automate, North America’s largest automation event, serves as a crucial barometer and catalyst for these trends. Hosted biennially by the Association for Advancing Automation (A3), the event brings together the brightest minds and most innovative technologies in robotics, machine vision, motion control, and artificial intelligence. Its history, dating back over four decades, underscores its significance as a platform for industry leaders like Festo to demonstrate how their innovations are shaping the future of manufacturing and addressing the immediate needs of the industrial ecosystem. The 2026 edition is anticipated to draw tens of thousands of attendees, making it an unparalleled opportunity for networking, learning, and discovery of next-generation automation solutions.
Festo’s Core Innovations on Display
Festo’s presence at Automate 2026 will be defined by several key product families and solutions, each meticulously developed to tackle specific industry pain points and propel manufacturing capabilities forward.
Advancing Cabinet-Free Automation: The VTUX Valve Terminal and CTED Interface
One of the most pressing trends in industrial automation is the drive to minimize control cabinet complexity and move input/output (I/O) functionality closer to the application point. This strategy, often referred to as "cabinet-free" or "on-machine" automation, aims to reduce wiring, simplify installation, and optimize machine footprints. Festo will be at the forefront of this movement, presenting new functional additions to its highly successful VTUX valve terminal platform.
The VTUX, an IP67-rated solution, is a testament to robust, decentralized automation. It intelligently combines pneumatic control, vacuum generation, and comprehensive I/O capabilities within a single, modular platform. Its ability to be mounted directly near the application brings a multitude of advantages: significantly shorter tubing runs, a dramatic reduction in required cabinet space, simplified installation efforts, and a notable decrease in the total number of separate automation components on a machine. This integrated design not only optimizes physical space but also contributes to enhanced system reliability and maintainability. A critical new feature is its integrated vacuum monitoring, which provides unparalleled visibility for troubleshooting and plays a pivotal role in reducing compressed air consumption—a significant operational cost for many manufacturers. Furthermore, the VTUX’s compact and lightweight design makes it exceptionally well-suited for demanding end-of-arm tooling applications, where space and weight are often critical constraints.
Complementing the VTUX, Festo will also introduce the CTED multi-protocol interface. This innovative module represents a significant leap forward in network connectivity, supporting direct connection to a wide array of Industrial Ethernet networks, including EtherNet/IP, EtherCAT, Modbus TCP, PROFIBUS, and CC-Link. The CTED module is engineered to simplify machine integration across disparate control environments, thereby reducing the industry’s reliance on a single network standard. This multi-protocol capability provides unprecedented flexibility for OEMs and system integrators, allowing them to deploy standardized hardware solutions across various customer specifications without the need for extensive re-engineering. The implications are profound: faster deployment cycles, greater adaptability to diverse manufacturing setups, and a substantial reduction in the total cost of ownership associated with network integration.
Revolutionizing End-of-Arm Tooling: The HPSX Adaptive Gripper and Vacuum Technologies
In the realm of robotic performance, end-of-arm gripping systems are paramount. Their efficiency and adaptability directly influence throughput, quality, and the overall scope of robotic applications, particularly in high-mix production environments where manufacturers demand unparalleled flexibility and rapid changeovers. Festo’s exhibit will feature advanced adaptive gripping and vacuum technologies designed to elevate handling reliability and simplify end-of-arm integration.
The display will include a comprehensive range of vacuum generators and suction cups, engineered for optimal performance across various material types and handling scenarios. A highlight will be the HPSX adaptive gripper, an innovative solution suitable for both traditional industrial robots and collaborative automation environments. The HPSX stands out as a hygienic soft gripper, meticulously designed with food-safe silicone fingers. This unique construction enables it to gently and securely handle delicate and irregularly shaped products without requiring cumbersome and time-consuming tool changes. This capability is particularly transformative for industries such as food processing, pharmaceuticals, and cosmetics, where product integrity, hygiene, and rapid adaptability to diverse product lines are non-negotiable. The ability to switch between products without manual intervention translates directly into increased uptime, reduced waste, and significantly enhanced operational efficiency, ultimately broadening the application possibilities for robotic automation in these sensitive sectors.
Simplifying Electric Automation: The Simplified Motion Series (SMS)
As the manufacturing sector increasingly embraces electric automation for its precision, control, and energy efficiency, machine builders are actively seeking motion systems that are not only high-performing but also easier to commission, less complex to deploy, and more cost-effective. Festo’s Simplified Motion Series (SMS) electric actuators represent a direct response to this market demand, developed with the explicit goal of injecting the renowned simplicity of pneumatic motion into electric automation applications.
The SMS achieves this by integrating the motor and drive into a single, cohesive motion package. This ingenious design eliminates the need for separate components and complex wiring, significantly simplifying the overall system architecture. A standout feature of the SMS is its ability to be commissioned directly on the device, bypassing the requirement for specialized software, intricate programming, or extensive training. This "plug-and-produce" approach drastically reduces setup times and engineering workload, making electric automation more accessible to a broader range of users, including those traditionally reliant on pneumatic systems.
The SMS portfolio offers a versatile range of configurations, including robust toothed belt axes for high-speed linear movements, precise spindle axes for accurate positioning, compact mini slides for intricate tasks, powerful electric cylinders for direct linear force, and dynamic rotary drives for angular control. Furthermore, SMS actuators support both digital I/O and advanced IO-Link connectivity. This capability allows for remote parameterization, enabling quick adjustments and optimization from a central control system. It also facilitates crucial backup functions and real-time process monitoring, providing valuable diagnostic data and contributing to predictive maintenance strategies. By streamlining commissioning efforts and reducing the engineering workload, the SMS democratizes electric automation, lowering the barrier to entry for manufacturers seeking to upgrade their motion control systems.
Streamlining Design and Deployment: Festo Engineering Tools
The journey from concept to commissioned machine is often fraught with time-consuming engineering tasks. Designers routinely grapple with complex component sizing, exhaustive compatibility checks, meticulous accessory selection, detailed documentation generation, and streamlined ordering processes across multiple, often disparate, systems. This pre-commissioning phase can consume a disproportionate amount of project time and resources.
At Automate 2026, Festo will demonstrate its advanced suite of engineering tools, specifically designed to drastically reduce the time and effort required for these critical workflows. These intuitive digital platforms offer engineers a connected and collaborative environment where they can seamlessly configure complex multi-axis handling systems, accurately size both electric and pneumatic motion components, and instantly access comprehensive CAD models for integration into their designs. The tools also provide real-time verification of compatible accessories, automatically generate precise quotations, and streamline the entire ordering process, from selection to procurement.
Beyond efficiency, these engineering tools are fundamentally intended to mitigate deployment risk. By allowing engineers to thoroughly verify the interoperability of selected components and accessories before systems are physically built or commissioned, they virtually eliminate costly errors and rework down the line. Moreover, the ability to save complete project configurations ensures that designs can be easily modified, expanded, or reordered in the future, fostering design consistency and facilitating rapid iteration. This integrated approach not only accelerates time-to-market but also enhances design quality and project predictability.
Addressing the Skills Gap: Festo Didactic Learning Systems
The rapid evolution of modern automation systems places increasing demands on the technical workforce. As equipment becomes more sophisticated and interconnected, there is an urgent need for highly skilled technicians capable of supporting, maintaining, and optimizing these advanced manufacturing environments. This growing skills gap represents a significant bottleneck for industrial growth and the successful adoption of Industry 4.0 technologies.
Festo Didactic, the world leader in industrial technical education, directly addresses this critical challenge through its comprehensive workforce development programs. These initiatives provide invaluable hands-on mechatronics and industrial automation training tailored for manufacturers, OEMs, and technical education programs globally. At the Festo booth, attendees will have the opportunity to witness live demonstrations of cutting-edge learning systems, including the highly acclaimed MPS 400 learning system. The MPS 400 is a modular Industry 4.0 learning factory that offers immersive, practical training in fundamental automation technology, intelligent machine networking, IO-Link connectivity, and the intricate mechatronics workflows that define advanced manufacturing environments. This experiential learning approach ensures that technicians develop not only theoretical knowledge but also the practical skills required to excel in the modern factory. By investing in robust training solutions, Festo Didactic plays a vital role in future-proofing the industrial workforce, ensuring that human capital keeps pace with technological innovation.
Thought Leadership and Industry Engagement: Educational Sessions at Automate 2026
Festo’s commitment to advancing the automation industry extends beyond its impressive booth exhibits. Company personnel will actively participate in several educational sessions during Automate 2026, sharing their expertise on critical topics such as motion control selection, workforce development strategies, robotic safety protocols, and the ethical implications of artificial intelligence in automation. This engagement underscores Festo’s role as a thought leader and advocate for industry best practices.
On Tuesday, June 23, from 11:15 AM to 12:00 PM in Room N427abc, North Hall, Ted Rozier will moderate a crucial panel discussion titled "Robotic Safety, Risk Assessment and Responsible AI in Education and Training." This session will delve into the paramount importance of safety considerations in robotic deployments and the ethical frameworks required for the responsible integration of artificial intelligence into industrial applications and educational curricula.
The following day, Wednesday, June 24, 2026, at 1:30 PM in Room S404bc, Frank Langro will present an insightful session titled "Choosing the Best Fit Motion Control Components and Systems." This presentation will offer practical guidance and expert recommendations for engineers and machine builders navigating the complex landscape of motion control technologies, helping them make informed decisions to optimize performance and cost-efficiency.
Later that same day, Wednesday, June 24, at 3:00 PM in the NextGen Theatre, Carlos Alfaro Flores will contribute to the panel discussion "Breaking In, Standing Out, and Shaping the Future of Automation." This session will focus on career development within the automation industry, offering perspectives on how individuals can enter, excel, and ultimately influence the trajectory of this dynamic field.
Broader Impact and Conclusion
Festo’s comprehensive presence at Automate 2026 reflects a strategic vision to empower manufacturers to not only overcome current operational challenges but also to thrive in the increasingly complex and competitive landscape of industrial automation. By presenting a holistic ecosystem of innovative products, intuitive engineering tools, and robust workforce development programs, Festo is addressing the critical needs of OEMs, system integrators, educators, and manufacturers alike.
The innovations showcased – from the modular, IP67-rated VTUX valve terminal and its multi-protocol CTED interface to the adaptable HPSX gripper, the simplified electric motion series, and the integrated engineering tools – collectively aim to enhance system flexibility, reduce commissioning times, improve operational efficiency, and significantly lower the total cost of automation projects. Coupled with the vital educational initiatives from Festo Didactic, these offerings ensure that the human element of manufacturing is adequately prepared to leverage the full potential of advanced automation technologies.
Attendees at Automate 2026 are strongly encouraged to visit Festo at Booth #831. This provides an unparalleled opportunity to engage directly with Festo application specialists, discuss specific automation projects, and explore tailored solutions involving advanced motion control, precise handling, seamless connectivity, comprehensive engineering support, and critical workforce development strategies. Festo’s commitment to driving innovation and fostering expertise underscores its enduring leadership in shaping a more productive, efficient, and intelligent future for industrial manufacturing.
Festo
www.festo.com
