Festo, a global leader in automation technology and technical education, is poised to unveil a comprehensive suite of automation technologies and strategic initiatives at Automate 2026. The prestigious event, North America’s largest automation trade show, is scheduled to take place from June 22–25 at McCormick Place in Chicago. At Booth #831, Festo will focus its presentation on addressing critical deployment and integration challenges faced by manufacturers today, aiming to enhance startup visibility, significantly reduce integration efforts, and enable rapid adaptation to evolving production requirements. The showcased innovations will span motion control, advanced handling systems, cutting-edge connectivity solutions, powerful engineering tools, and vital workforce development technologies.
Automate 2026 serves as a pivotal platform for the industrial automation sector, bringing together thousands of manufacturers, integrators, and technology providers. The event’s significance has grown exponentially as industries worldwide grapple with complex demands, including increased machine design sophistication, the proliferation of connected devices and networks, and an urgent need for greater production flexibility. Simultaneously, manufacturers are under immense pressure to achieve shorter startup timelines and contend with persistent technical resource limitations. These factors collectively amplify the demand for automation solutions that streamline troubleshooting, bolster interoperability, and facilitate more efficient project execution across the entire manufacturing lifecycle. The global industrial automation market, valued at approximately $196 billion in 2023, is projected to reach over $395 billion by 2032, according to recent market analyses, underscoring the rapid adoption and critical importance of these technologies.
Innovating for Integration: The VTUX Valve Terminal and CTED Interface
A cornerstone of Festo’s exhibit will be its advancements in reducing cabinet complexity and facilitating the strategic relocation of I/O closer to the application point. The company will introduce new functional enhancements to its acclaimed VTUX valve terminal platform. Designed with an impressive IP67 rating, the VTUX system integrates pneumatic control, vacuum generation, and comprehensive I/O capabilities within a highly modular platform. This ingenious design allows for direct mounting near the application, which in turn dramatically shortens tubing runs, minimizes required cabinet space, simplifies installation procedures, and reduces the overall number of discrete automation components necessary for a machine. This approach not only optimizes physical footprint but also significantly cuts down on material and labor costs.
The VTUX platform’s integrated vacuum monitoring feature provides crucial visibility for immediate troubleshooting, a capability that can prevent costly downtime. Furthermore, this intelligent monitoring actively contributes to reducing compressed air consumption, aligning with growing industry demands for energy efficiency and sustainability. Its compact and lightweight design makes the VTUX exceptionally well-suited for demanding end-of-arm tooling applications, where space and weight are often critical constraints.
Complementing the VTUX, Festo will unveil the CTED multi-protocol interface. This innovative module enables direct connectivity 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 dependence on a single network standard and offering unparalleled flexibility for system integrators and OEMs. This multi-protocol capability is a direct response to the heterogeneous nature of modern industrial networks, where various communication standards often coexist, creating integration hurdles. By offering a universal interface, Festo aims to democratize connectivity and accelerate the deployment of complex automation projects.
Advancing Adaptive Gripping for High-Mix Production
End-of-arm gripping systems are paramount to maximizing robotic performance, especially within today’s dynamic, high-mix production environments where manufacturers require unparalleled flexibility and swift changeovers. Festo will showcase its latest adaptive gripping and vacuum technologies, meticulously designed to enhance handling reliability and simplify end-of-arm integration. This display will include advanced vacuum generators, a diverse range of suction cups, and the groundbreaking HPSX adaptive gripper.
The HPSX adaptive gripper is a standout innovation, engineered for both traditional industrial robots and collaborative automation environments. Its hygienic soft gripper design incorporates food-safe silicone fingers, allowing it to delicately yet securely handle a vast array of products, including those with irregular shapes or fragile surfaces, all without the need for time-consuming tool changes. This capability is particularly transformative for sectors such as food processing, pharmaceuticals, and cosmetics, where product variability, stringent hygiene standards, and gentle handling are non-negotiable. The ability to switch between different product types seamlessly drastically improves throughput and operational efficiency, offering a significant competitive advantage in fast-paced manufacturing sectors. Industry reports suggest that the market for robotic grippers is expected to grow at a CAGR of over 10% through 2028, driven by the demand for enhanced flexibility and precision in manufacturing.
Simplified Electric Motion for Broader Adoption
The transition to electric automation is a growing trend as manufacturers seek more energy-efficient and precise motion solutions. However, the perceived complexity and cost of electric systems have historically presented barriers. Festo addresses this directly with its Simplified Motion Series (SMS) electric actuators, which will be prominently featured at Automate 2026. The SMS range was developed with the explicit goal of bringing the ease of commissioning and deployment typically associated with pneumatic motion to electric automation applications.
The core innovation of the SMS lies in its integrated design, combining the motor and drive into a single, compact motion package. This integration simplifies installation and eliminates the need for complex wiring and separate component sourcing. Crucially, SMS actuators can be commissioned directly on the device without requiring specialized software or extensive programming knowledge, drastically reducing setup time and the demand for highly skilled technicians. The series offers a comprehensive range of configurations, including robust toothed belt axes, precise spindle axes, versatile mini slides, powerful electric cylinders, and dynamic rotary drives, catering to a broad spectrum of industrial applications.
Furthermore, SMS actuators support both digital I/O and IO-Link connectivity. This advanced connectivity allows for remote parameterization, enabling adjustments and fine-tuning from a centralized control system. It also facilitates critical backup functions, ensuring data integrity and rapid recovery in case of system changes or failures. Real-time process monitoring capabilities provide operators with immediate insights into system performance, aiding in predictive maintenance and optimizing operational efficiency. These features collectively contribute to a significant reduction in commissioning effort and engineering workload, making electric automation more accessible and cost-effective for a wider range of manufacturers.
Empowering Efficiency with Advanced Engineering Tools
A significant portion of project time and resources in automation is often consumed during the pre-commissioning phase, as engineers navigate complex tasks such as component sizing, compatibility checks, accessory selection, documentation generation, and multi-system ordering. Festo’s exhibit will highlight its suite of sophisticated engineering tools, specifically designed to mitigate these time-intensive workflows.
These intuitive tools enable engineers to efficiently configure multi-axis handling systems, accurately size both electric and pneumatic motion components, and readily access a vast library of CAD models. The platform also facilitates thorough verification of compatible accessories, generates precise quotations, and streamlines the entire ordering process within a cohesive, connected engineering environment. This integrated approach not only accelerates the design phase but also profoundly reduces deployment risk by ensuring that all selected components and accessories are fully interoperable before any physical systems are built or commissioned. The capability to save project configurations for future modification, expansion, or reorder further enhances efficiency and promotes design consistency across multiple projects. This digital continuity is critical for manufacturers looking to standardize processes and achieve faster time-to-market.
Cultivating Future Talent: Festo Didactic Learning Systems
The increasing sophistication of modern automation systems necessitates a highly skilled and adaptable technical workforce. Recognizing this critical need, Festo Didactic, the company’s educational division, plays a pivotal role in supporting workforce development initiatives. At Automate 2026, Festo will demonstrate how its hands-on mechatronics and industrial automation training programs are empowering manufacturers, OEMs, and technical education institutions to bridge the pervasive skills gap.
A key highlight will be the MPS 400 learning system, a modular Industry 4.0 learning factory designed to provide comprehensive training in cutting-edge automation technology. This advanced system offers immersive instruction in intelligent machine networking, IO-Link connectivity, and the complex mechatronics workflows integral to advanced manufacturing environments. By simulating real-world industrial scenarios, the MPS 400 equips students and professionals with practical skills directly applicable to smart factories and interconnected production systems. Festo Didactic’s commitment to fostering a skilled workforce is crucial for the long-term sustainability and growth of the automation industry, ensuring that the human element remains at the forefront of technological advancement.
Thought Leadership: Educational Sessions at Automate 2026
Beyond its extensive booth exhibits, Festo will reinforce its commitment to thought leadership by participating in several educational sessions throughout Automate 2026. These sessions will cover crucial topics ranging from motion control selection and workforce development to robotic safety and the ethical implications of AI in automation.
On Tuesday, June 23, from 11:15 AM to 12:00 PM in Room N427abc, North Hall, Ted Rozier will moderate a panel discussion titled "Robotic Safety, Risk Assessment and Responsible AI in Education and Training." This session is expected to delve into the paramount importance of ensuring safety protocols in robotic deployments and the ethical considerations surrounding the integration of artificial intelligence into industrial processes, particularly within educational frameworks designed to train the next generation of automation professionals.
Frank Langro will present "Choosing the Best Fit Motion Control Components and Systems" on Wednesday, June 24, 2026, at 1:30 PM in Room S404bc. This presentation will offer invaluable insights into the complex decision-making process involved in selecting optimal motion control components and systems, guiding attendees through the technical considerations and application-specific requirements that influence successful implementation.
Finally, Carlos Alfaro Flores will contribute to the panel discussion "Breaking In, Standing Out, and Shaping the Future of Automation" on Wednesday, June 24, at 3:00 PM in the NextGen Theatre. This session promises to inspire and inform, focusing on career pathways in the automation industry, strategies for professional growth, and the innovative trends that are currently shaping the future landscape of manufacturing.
These educational sessions underscore Festo’s holistic approach to advancing industrial automation, combining cutting-edge product development with a strong emphasis on knowledge transfer and industry collaboration. Engineers, OEMs, system integrators, educators, and manufacturers attending Automate 2026 are encouraged to visit Festo at Booth #831. This provides a unique opportunity to engage directly with Festo application specialists, discuss specific automation projects, and explore tailored solutions across motion control, advanced handling, connectivity, comprehensive engineering support, and crucial workforce development initiatives. Festo continues to champion innovation and education as core pillars in shaping the future of automated manufacturing.
Festo
www.festo.com
