Exhibitor innovations

- Euro gripper tooling: Aluminium modular system with around 200 standardized parts – modifi able and adaptable as required. - Delivery as fi nished assembly components | fast and dimensionally stable construction including synergy effects in construction - Application examples: Robot grippers | (measuring) devices | component storage/buffer stations | drawer shelves | LCA systems and much more. - Customized robot grippers also with welded base frame including 3D measurement, electrical and pneumatic installation.

The SMELA liteECO® series is the most compact electromechanical alternative to pneumatic short-stroke cylinders thanks to its patented arrangement of motor and mechanics. This makes them ideal for the many linear movements required in production lines, machine tools or packaging systems. A servo motor including positioning sensors enables the movement of simple to complex profiles: for fixing, adjusting, locking and travelling any type of movement. The highly efficient motor saves up to 90 % energy compared to pneumatic systems. Together with the smart arrangement of the mechanics in the motor, the actuator saves up to 80 % installation space compared to existing electrical solutions. The liteECO® series also offers the option of simple refurbishment. The replacement of a worn mechanics is extremely simple and helps the actuators to achieve life cycles: sustainable, cost- and resource-saving. In addition to the servomotor and linear mechanism, the LE-INTEGRATED actuators have an integrated drive controller based on 24 volts and optionally on 48 volts. They are controlled via EtherCAT, CANopen or digital IOs. As with the BASE series, many of the advantages of electric drives are supplemented with essential features for high industrial requirements and packed into the smallest possible installation space. In addition to sealing to protection class IP65, conventional M8 and M12 circular connectors have been integrated in the A, B, L and Y coding’s. The maximum stroke is 85 or 115 millimeters, whereby any positioning within the maximum stroke is possible without restriction.

The new generation of products is a logical development of the successful EKS system and has many advantages in terms of digital access control and the selection of a safe operating mode. Benefits for you: - Simple implementation thanks to project templates with predefined functions and data fields - Simple assignment of access rights via input screens - Simple authorization blocking via an expiration date - Simple implementation of security standards for data handling and the assignment of rights - Simple integration in any PROFINET environment and systems from any manufacturer

The 7th axis serves to expand the workspace easily and flexibly, thereby increasing the effective reach of the robot. It combines the advantages of linear axes – scalable workspace – and the robot arm or cobot – increased degrees of freedom in component orientation. Integration into existing systems and production lines can be easily achieved using adapter kits. In addition, the kinematics can be expanded with rotary tables or additional axes, enabling further degrees of freedom and increasing flexibility in production and manufacturing. The linear axes and rotary tables can be universally adapted to the desired robot types. The special toothed belt drive module 160/15 UR is available for robots from Universal Robots. This is designed for direct mechanical mounting of the UR3-UR16e robot models. The module 80/15 PA is used for the UR20 and UR30 robot models.

The EticCUBE solution enables the outdoor installation of the RAS machine access boxes and the IPL VPN router. EticCUBE also allows the antenna to be positioned up to 100 meters away from the industrial process. The product comes with an integrated PoE splitter and antenna. A PoE injector is also included, allowing the device to be powered via the Ethernet cable.

Eureka Controller connects with robot arms, cameras, and other industrial devices, and enables them to create powerful Vision & Robotics applications. High Accuracy – High Agility (HAHA) technology is critical for robots to perform tasks that require high precision, down to 50 microns, while being able to adapt to uncertainties or changes in the environment. Key technical pillars of HAHA are AI-based Computer Vision, Motion Planning, High-Accuracy Calibration, and Force Control, which are all integral parts of the Eureka Controller. Eureka Robotics’ HAHA technology is already helping global companies profoundly transform their industries, such as Pratt & Whitney (USA) in Aerospace, Coherent (USA) in Optics, and Sumitomo Bakelite (Japan) in Semiconductors. More than 15 million HAHA operations have already been powered by Eureka Controllers in production across factories worldwide. Key Technologies: Eureka Grasp Grasp and pick items with human-like dexterity and adaptability without the need for teaching and registration of the items. Deep-Learning Vision Defect detection, Anomaly detection, OCR, Out-of-Box detection for scratches and defects. High-Accuracy Calibration End to end calibration using all devices. Motion Planning Auto trajectories, Collision avoidance, Trajectory transformations, Multi-robot control, Real-time online motion planning. Robust Force Control Precise control using standard devices and off-the-shelf force sensor.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

EyeVision is image processing software for all areas of industrial image processing. No programming knowledge is required for operation, since parameterization is carried out via drag and drop. The software supports all common cameras and is almost independent of the operating system. It can also be installed on smart cameras and Raspberry systems. More than 350 function tools enable the realization of all image processing tasks and where classic image processing reaches its limits, the identical software can be used to access AI or deep learning.

For decades, we have been a driving force in the development of application-specific drive solutions and have set benchmarks across a wide range of markets. Our ability to anticipate future trends and adapt our production to new requirements makes us the ideal partner when it comes to developing innovative solutions together and bringing them to market quickly. With an exceptionally short time-to-market, new dimensions, and perfectly matched features for robotics, the FAULHABER BXI is a prime example of the efficiency of this process. With this motor, we are introducing the most powerful integrated drive system in our portfolio to date – a direct response to our customers’ needs. Together with them, we develop and manufacture specific drive solutions for a new generation of robotic applications.

The FCTRY CLD is a highly reliable, real-time-capable local cloud solution specifically designed for manufacturing companies. Unlike conventional cloud systems, it enables the operation of real-time critical applications, such as machine and robot control, sensor data processing, and production plant monitoring. Our solution offers a user-friendly interface tailored to industry requirements and facilitates easy application management.

fe.screen-sim is a powerful platform for planning, simulation and virtual commissioning (VIBN). Developed based on practical experience, the software facilitates a consistent 'shift left': critical tests are conducted in the digital phase to minimise project risks early on and significantly reduce time to market. Focus on your strengths. • Maximum project security: Early error detection based on the rule of ten principle. • Significant time savings: Project durations are shorter thanks to simultaneous engineering across all departments. • High cost efficiency: Reduction in physical tests and avoidance of costly downtime. • Accelerated ramp-up: Smooth go-live thanks to pre-validated processes. • Highest system quality: Use reproducible test scenarios as often as you like to maximise security. Cutting-edge technology for your digital engineering needs. fe.screen-sim is much more than just a simulation tool. It is the heart of your digital value chain. • AI-Native Engineering: Direct integration of AI systems and LLMs (e.g., ChatGPT and Claude) through the MCP interface enables automated simulation analysis and generation. • Real-Time Collaboration: True concurrent engineering through the simultaneous work of multiple users on the same digital twin from different locations. • High Performance: Real-time simulation of highly complex, large-scale systems with hundreds of controllers. • Open Ecosystem: Compatibility with over 30 third-party systems, as well as open API and SDK interfaces. • Immersive validation: Validate ergonomics and processes in a realistic, 1:1 VR environment. Trust the process expertise "Made in Germany." Experience fe.screen-sim live at our booth. We will gladly show you how to digitize your engineering processes in a future-proof way.

FLEET PRO control cabinet enclosure with IP67 protection from BOXEXPERT The FLEET PRO control cabinet enclosure from BOXEXPERT was developed for applications requiring maximum sealing and durability. With an IP67 protection rating, the enclosure offers complete protection against dust and temporary immersion in water – ideal for outdoor use or in damp, dusty environments. Made of robust ABS plastic, the enclosure is available in sizes from 300 x 200 x 130 mm to 800 x 600 x 260 mm. It is suitable for demanding control and distribution applications in mechanical engineering, industrial automation, or plant engineering. The door is available in either light gray (RAL 7035) or transparent and is secured with a one-point triangular locking mechanism. The sealing strip and lock are available in telegray (RAL 7045), matching the overall design. The enclosure meets IK08 impact resistance, is temperature-resistant from -35°C to +65°C, and is designed for electrical applications up to 800 A/690 V. The scope of delivery includes: base, door with foam-in seal, galvanized sheet steel mounting plate, four wall mounting brackets, locking key, and mounting screws. BOXEXPERT also offers a wide range of accessories and custom enclosure machining services – even in small quantities. BOXEXPERT – Professional enclosure technology from the Nordic region.

The Flexi Compact safety controller is based on a future-proof technology platform and can be programmed via software. Thanks to its modularity, it can be optimally configured for a wide range of application requirements and its compact construction means it can be installed in tight spaces. Flexi Compact is characterized by its high usability: planning and commissioning is fast and easy using the intuitive Safety Designer configuration software and a user-friendly housing. Diagnostics data is available for common fieldbus systems. Faster production startup, increased machine availability, and extended functions such as safe series connection with Flexi Loop increase productivity and efficiency throughout the machine life cycle. Benefits -Usability optimized: time-saving planning of the safety application and easy commissioning -Efficiency increased: higher productivity thanks to fast production startup, short response times, and comprehensive diagnostic options for efficient machine and system operation -Guaranteed future-proof: flexible solutions with modular hardware, forward-looking technologies, and end-to-end data availability

With the FLC+, we are expanding the FLC series for components that require slightly more installation space due to their geometry. Here, we place the process modules directly on the floor and simply omit the tabletop on work surfaces; everything else remains the same. The modular design of the FLC+ allows us to always implement the optimal assembly process. We are flexible in our choice of process modules and connect them as efficiently as possible using robots.