Exhibitor innovations

MitySOM-A5E Mini System on Module The MitySOM-A5E Mini is a system on module featuring an Altera Agilex 5E SoC (System on a Chip) and includes up to 656KLE FPGA fabric, dual core Cortex-A55 + dual core Cortex-A76, on-board power supplies, and memory subsystems. The Altera Agilex 5 delivers 2.5x the performance at 50% less power consumption versus the Cyclone V SoC. Prototypes of the MitySOM-A5E Mini and the MitySBC-A5E are currently available. Contact us to get more information. Specifications - Altera Agilex 5E SoC - Agilex 5E-Series: 23mm x 23mm package - FPGA fabric 85KLE up to 656 KLE - Dual core Cortex-A55 + Dual core Cortex-A76 - Up to twelve transceiver pairs at 17.16/28.1 Gbps Memory - 8 GB LPDDR4 - SD/eMMC - uSD - QSPI NOR for configuration Power - 5-12Vdc Input, all supplies generated on board Interfaces - MIPI (x4 lanes x 7) - UART - SPI - I2C - USB2 - RGMII - Ethernet - Display Port - 48 LVDS pairs - GPIO Applications - Artificial Intelligence - Video & Vision Analytics - Biometrics - Radios & Communications - Automated Test & Measurement - Robotics - Industry 4.0 / Industrial IOT - Medical Equipment & Imaging - Process Automation - Equipment / Condition Monitoring

Die CTL Lineareinheit ist eine Lineareinheit mit integriertem Linearmotor. Die hohe Genauigkeit wird mithilfe von präzisen Linearführungen und die Dank des Linearmotorantriebs sind die CTL Lineareinheiten spielfrei. Kompakte Abmessungen und verschiedene Motorlängen decken eine große Bandbreite von Applikationen ab. Optional können sie mit Energieketten ausgestattet werden, die speziell für hochdynamische und geräuscharme Anwendungen geeignet sind.

The automation system ctrlX AUTOMATION provides all hardware and software components for complete automation solutions - from controllers and I/Os to motion and PLC and IoT functionalities as well as drives and motors. It is modular, scalable and covers the requirements for almost all applications as needed. The partner network ctrlX World expands the solution with a variety of apps and hardware components.

Our automated cup handling systems enable reliable and standardized loading of filling machines, particularly in the dairy industry. A highly flexible 7-axis robot allows integration into existing systems with limited space. The stacks of cups in cartons are precisely detected by an intelligent 3D camera system and removed using a patented gripping system. They are then transferred to the loading magazine or onto a conveyor belt, tailored to the required cycle times and output volumes.

CVD Series – EtherCAT-Compatible Multi‑Axis Stepper Driver The CVD Multi‑Axis Driver supports synchronized control of up to four 2‑phase or 5‑phase PKP/PK stepper motors via EtherCAT—delivering high performance with simplified wiring in multi-axis systems. Features & Highlights • Synchronous control via EtherCAT: consolidated I/O and power connections for streamlined setup • Available as 2 axis driver board or 4 axis driver board • Supports 0.5–3 A per axis (max 12 A total) for both 2‑phase and 5‑phase PKP/PK motors • Encoder data capture & deviation detection: Position errors flagged by driver without need for host controller • Automatic brake control & sensor power: Built-in control of electromagnetic brakes and sensor power, eliminating external circuitry • Power separation & safety: External safety relay support, and operational monitoring via EtherCAT even if main power is off • Inrush current suppression: Protects main supply circuits during power-on spikes • MEXE02 software support: PC-based parameter editing, real-time monitoring, diagnostics, waveform capture, alarm management, and PDO analysis Why Choose CVD? Simplifies wiring for multi-axis setups using a single EtherCAT cable Uniform form factor and connectors for 2‑phase and 5‑phase operation—easy scalability Built-in encoder and brake integration reduce the need for peripherals and system complexity

Die Clausohm-Software GmbH, gegründet 1990 in Neverin, ist ein etabliertes Familienunternehmen mit über 85 zertifizierten Ingenieuren. Unsere Expertise erstreckt sich über die Bereiche IT, Automation und Cyber Security. Unter der Marke Cyber24Security bieten wir umfassende Cybersicherheitslösungen an, darunter Penetrationstests, IT-Monitoring, Mitarbeiterschulungen und strategische Sicherheitsberatung. Unser Ziel ist es, Unternehmen und öffentliche Einrichtungen deutschlandweit vor wachsenden Cyberbedrohungen zu schützen und maßgeschneiderte Sicherheitskonzepte zu entwickeln.

The cynapse® Analyze Smart Service with the Health Index analysis tool and the utilization radar assess the status and utilization of your gearboxes. The data from the drive train is analyzed in real time and the actual load on the components is evaluated. The current status is visualized via a traffic light system. In addition, the utilization radar indicates whether the gearboxes are permanently operated within the permissible load limits – crucial information for service life optimization.

The cynapse® Analyze Smart Service with the Health Index analysis tool and the utilization radar assess the status and utilization of your gearboxes. The data from the drive train is analyzed in real time and the actual load on the components is evaluated. The current status is visualized via a traffic light system. In addition, the utilization radar indicates whether the gearboxes are permanently operated within the permissible load limits – crucial information for service life optimization.

The cynapse® Analyze Smart Service with the Health Index analysis tool and the utilization radar assess the status and utilization of your gearboxes. The data from the drive train is analyzed in real time and the actual load on the components is evaluated. The current status is visualized via a traffic light system. In addition, the utilization radar indicates whether the gearboxes are permanently operated within the permissible load limits – crucial information for service life optimization.

The cynapse® Analyze Smart Service with the Health Index analysis tool and the utilization radar assess the status and utilization of your gearboxes. The data from the drive train is analyzed in real time and the actual load on the components is evaluated. The current status is visualized via a traffic light system. In addition, the utilization radar indicates whether the gearboxes are permanently operated within the permissible load limits – crucial information for service life optimization.

The cynapse® Analyze Smart Service with the Health Index analysis tool and the utilization radar assess the status and utilization of your gearboxes. The data from the drive train is analyzed in real time and the actual load on the components is evaluated. The current status is visualized via a traffic light system. In addition, the utilization radar indicates whether the gearboxes are permanently operated within the permissible load limits – crucial information for service life optimization.

DATAEAGLE NG X‑treme – Wireless Performance for the Highest Industrial Demands With the DATAEAGLE NG X‑treme, Schildknecht AG introduces a new generation of industrial wireless technology. Designed for applications where speed, stability, and robustness are essential, the system delivers a powerful solution for modern automation environments – from high‑bay warehouses to advanced process manufacturing. Built for Dynamic Processes Thanks to ultra‑fast response times and a newly developed wireless architecture, DATAEAGLE NG enables reliable, low‑latency communication between controllers, sensors, and actuators. The system is designed for fast motion sequences, continuous data flows, and demanding machine concepts. Strong Wireless Connections – Even in Tough Conditions Patent‑protected data processing and a highly robust IP67 housing ensure stable connections even where traditional wiring or conventional wireless systems reach their limits. This makes DATAEAGLE NG ideal for mobile units, crane systems, and outdoor industrial applications. Flexible Integration – Ready to Use in Minutes The system supports PROFINET, EtherNet/IP, CAN, and safety protocols, and can be integrated without modifying existing control programs. With its plug‑and‑play concept, complex configuration becomes unnecessary – a clear advantage for operators aiming to scale quickly and safely. Rethinking Safety Functions A key innovation of this new generation is the ability to transmit safety signals reliably via wireless communication without adjusting safety cycle times. This opens new possibilities in the design of safety‑critical machines and systems. Visitors can look forward to a solution that sets new standards in speed, reliability, and flexibility – perfectly aligned with the requirements of modern industrial environments.

DATAEAGLE NG X‑treme – Wireless Performance for the Highest Industrial Demands With the DATAEAGLE NG X‑treme, Schildknecht AG introduces a new generation of industrial wireless technology. Designed for applications where speed, stability, and robustness are essential, the system delivers a powerful solution for modern automation environments – from high‑bay warehouses to advanced process manufacturing. Built for Dynamic Processes Thanks to ultra‑fast response times and a newly developed wireless architecture, DATAEAGLE NG enables reliable, low‑latency communication between controllers, sensors, and actuators. The system is designed for fast motion sequences, continuous data flows, and demanding machine concepts. Strong Wireless Connections – Even in Tough Conditions Patent‑protected data processing and a highly robust IP67 housing ensure stable connections even where traditional wiring or conventional wireless systems reach their limits. This makes DATAEAGLE NG ideal for mobile units, crane systems, and outdoor industrial applications. Flexible Integration – Ready to Use in Minutes The system supports PROFINET, EtherNet/IP, CAN, and safety protocols, and can be integrated without modifying existing control programs. With its plug‑and‑play concept, complex configuration becomes unnecessary – a clear advantage for operators aiming to scale quickly and safely. Rethinking Safety Functions A key innovation of this new generation is the ability to transmit safety signals reliably via wireless communication without adjusting safety cycle times. This opens new possibilities in the design of safety‑critical machines and systems. Visitors can look forward to a solution that sets new standards in speed, reliability, and flexibility – perfectly aligned with the requirements of modern industrial environments.

The DataNavigateApp is an application specifically developed for the intelligent function module of the MELSEC iQ-R Series C. It combines operational, energy, cycle, and alarm analyses within a single environment. A particularly innovative aspect of the application is its ease of setup and use. Without any programming effort or prior expertise, it enables the immediate visualization and analysis of machine data. Four different standardized apps provide various perspectives on plant and machine operations: 1. Time-based operational analysis 2. Energy analysis 3. Operating cycle monitoring 4. Alarm analysis This significantly simplifies the first steps toward the digitalization and analysis of production processes. The results can be accessed via a web browser, making information available without the need for additional visualization devices or complex IT projects. As a result, opportunities for improvement and optimization can be identified more quickly during ongoing operations. The DataNavigateApp helps companies simplify access to machine data and facilitates the adoption of data-driven production optimization and digital transformation initiatives.

Endurance tests are crucial for quality assurance because they simulate real-world operating conditions over extended periods, allowing for the early detection of potential problems. They serve as quality tests for suppliers and manufacturers and enable the validation of development results. However, since each test specimen requires its own test bench, this results in significant space, personnel, and cost expenditures – making endurance tests, despite their importance, a considerable economic and organizational challenge.