Exhibitor innovations

The Iris aiOne™ is a complete, all-in-one ecosystem designed to provide the most comprehensive view of your asset’s health. By combining our most advanced and ruggedized Iris MA™ camera with the TrueSight™ analysis engine built with computer vision and artificial-intelligence techniques for rotating machinery, industrial pumps, and critical piping, the Iris aiOne™ platform delivers actionable answers with clarity and speed. TrueSight™ automatically identifies assets, benchmarks them against industry standards, and supports integrating traditional accelerometers for inaccessible points or bearing condition analysis. This all-in-one solution provides the complete picture of motion, empowering your team to solve complex problems and make critical decisions with absolute confidence, nearly instantly. Insight is the key to making sure you draw the right conclusions. RDI’s patented algorithms leverage every single pixel of the camera as individual sensors. This allows our TrueSight™ software to measure the true motion and calculate the true values of every component visible in the frame, eliminating the blind spots and guesswork inherent in traditional single-point measurements. TrueSight™’s power extends beyond visualization; it is a complete analysis platform. It seamlessly connects traditional accelerometer data with our video, creating a powerful all-in-one solution. It also serves as the engine for all our advanced capabilities, from Modal analysis to Rotational diagnostics, all within one intuitive interface. By transforming this massive amount of full-field and sensor data into a single, clear, understandable report of your asset’s health, TrueSight™ delivers more than just data; it delivers the confidence that comes from genuine insight.

With the Smart Series, KOSMEK has launched a completely new concept and unique products for automation. The KOSMEK Smart Series products offer solutions for various challenges such as energy saving (no hydraulic/air pressure, no drive source), all-electric systems, CO2 neutrality, SDGs, etc. KOSMEK Smart Series products can be powered by any energy source: pneumatic, electric, mechanical - automated or manual. They are space-saving and can be used in large quantities with minimal energy consumption (e.g. rotary indexing systems, semi-automatic or manually operated devices, etc.). Zero-point clamping system KSL Enables simple pallet changes with a repeatability of 0.01 mm. Hole clamp KSH The individual grippers of the clamping head clamp the workpiece in the borehole. Ideal for 5-sided inspection or machining. For workpiece hole diameters from 6 mm to 10 mm. 　　 Ball clamping cylinder KSA Secures the transport of workpiece carriers / pallets with a steel ball locking mechanism and prevents them from falling. Holding force: 50N Swing clamp KSS The swing arm swivels over the workpiece and lowers vertically for clamping. This makes loading and unloading easier. The repeatability of the swing lever position is ±1°. Lever clamp KSR With the KSR lever clamp, the clamping lever is fully retracted when unclamped, making it easier to load and unload workpieces. Clamping points that are difficult to access can be reached more easily. Clamping force up to 100N. Centering vice KSC It clamps and centers the workpiece with a repeatability of 0.01 mm, the clamping force is up to 200N.

We build easily integrated linear robots – for applications where articulated robots reach their natural limits: ERO linear robots deliver: ✔ Precision instead of inaccuracy ✔ Speed ​​instead of slowness ✔ Long reach instead of limitations ✔ Cost-effectiveness: only as many axes as necessary – no more ✔ Plug-and-play instead of complex integration. Ideal for system integrators and automation engineers. Visit our booth. Get inspired. Discuss with our experts.

LOCC-Box and LOCC-Box M in comparison The electronic overload and short circuit monitoring LOCC-Box meets the requirements for selective shutdown with high cable impedance and integration into the existing communication level. It stands for a new generation of Industry 4.0 technology. For safe wiring protection the switching of capacitive loads is optimal at all times. The system stores errors and thereby prevents the reoccurrence of the disturbance at the next switch-on. The error reporting with the LOCC-Box uses hardware or via Gateway to different field bus systems. Highlights LOCC-Box: - 8,1 × 107,4 × 116,0 mm (wxhxd) - 1- and 2-channel versions - “Activation” possible if service is required - Up to 50 setting options in one module - Integration into field bus systems - Bridges instead of wiring - Compact system construction, with different versions available - 5 different versions Highlights LOCC-Box M: - 87 x 8.1 x 92 mm (wxhxd) - 1-channel design - Direct connection of the consumers with + and - - One variant for all applications up to 8 A - Less space, fewer costs - Faster wiring through jumpered connections - 90 % and 100 % advanced fault indications - Push-In connection up to 2.5 mm² with ferrule - Single-channel or centralized fault signaling - Can be used in 12 V and 24 V DC control circuits

Minimal size, maximum performance

Condition Monitoring as a service product: self-powered, wireless, deployable anywhere – even where cables can't reach. The minion® is a configurable IoT sensor system combining sensor, cellular gateway and battery in one compact device. Machine data is transmitted directly to the cloud via LTE-M or NB-IoT – no wiring, no access to your customer's IT infrastructure, no complex engineering. For machine builders and OEMs, this means a ready-to-deploy monitoring product that ships with every machine. No coordination with the end customer's IT team, no dependency on their network. The minion system covers the key measurements in condition monitoring. Choose the right components for your application: Vibration sensor: Measures vibration velocity and acceleration to DIN 20816. Detects imbalances, misalignment, shock and bearing wear early on rotating machinery, pumps and drives. Temperature & humidity sensor: Monitors ambient conditions and temperatures for accurate condition analysis. Radar sensor: Non-contact distance and level measurement for bulk solids and liquids, measuring range 200–2,000 mm. Analogue adapter: Connects existing analogue sensors to the minion system, making legacy devices cloud-ready. Measurement data flows automatically into the cloud platform of your choice. Threshold breaches trigger alerts; data can be turned into maintenance tickets or reorders. A machine delivery becomes a long-term, data-driven service – and a customer relationship that outlasts commissioning.

Unexpected machine break-down quickly leads to medium production losses. Detect roller bearing or gearbox damage, misalignment or imbalance at an early stage before damage and unexpected production downtime occur. The mmBox-mini is suitable for cost-effective 24/7 monitoring of machines with only typ. 2 bearings but using high-resolution vibration data.

The mobile solution argvis; Maintenance Portal enables you to process maintenance jobs in SAP PM with notifications, orders, maintenance / inspections (including checklists) online and offline. The app, which is easy for the technician to use, can also be served as a desktop application and also enables mobile warehouse management in SAP MM. The application includes a dashboard for resource planning and disposition of your technicians, including card integration. Furthermore, an IoT integration for monitoring your systems with real-time information. Third-party systems can also be connected via a generic interface.

The mobile cobot MC supports companies for flexible and mobile automation of internal logistics processes.

Our daily task is to customize our loading and unloading systems for metal machines. Many of our customers are looking for automation solutions that help them to manage their production challenges while ensuring a high degree of flexibility. Therefore, we are able to easily add new functions and processes to our robot cells. The basic functions of the loading and unloading systems are complemented by a modular automation kit. Process stations such as demagnetizing, cleaning, checking, measuring and packaging can be flexibly selected from this modular system. - More than 150 robot cells in use in 3-shift operation - Inner and outer diameter and concentricity measurements with a resolution of 0.0001 mm possible - Individual loading and unloading systems can also be implemented

We have worked intensively with plastic injection molding processes. Our modular automation system is very flexible with the following key features: Flexibility: Adaptation and expansion of existing automation systems. Diverse process stations: This diversity makes it possible to optimize the entire production process and adapt it to specific requirements. Risk minimization: The modular structure allows you to react quickly to market changes. This significantly reduces the risk in a volatile market environment. Fast implementation: New systems and extensions to existing systems can be implemented in the shortest possible time. This results as minimal downtime. Future-proof: The modular system is designed to be compatible with future technologies and requirements. This ensures that the automation solutions can be used for a long period of time. Even for complex tasks that cannot be implemented directly with the standard cells, we benefit from the modular automation system and the modular use of standard assemblies.

Yaskawa's new robot series integrates an NVIDIA-based control module (ACU) into the classic robot control system.

Overcurrent protection relays in combination with circuit breakers are used primarily when conventional safety solutions are not possible, such as in high-current and high-voltage systems or in railway technology. They prevent electrical devices and systems from being damaged or destroyed by the harmful effects of excessive current in the event of short circuits or overload conditions. In contrast to many other conventional overcurrent protection solutions, many parameters can be configured with the MRS13R. In conjunction with circuit breakers, currents in the kA range can be switched and, in comparison to fuses, the switching state of overcurrent protection relays is reversible when the cause of the fault has been eliminated.

Pizzato CS AM series safety modules benefit from important technological advancement. Major new features include sensorless speed monitoring, more sophisticated motor control through parameterisation of the modules via software, and the ability to monitor motor operating data in real time. > Three different versions available The new series now includes three different types of safety modules, available both in permanently programmed or configurable version: CS AM1• : Motor standstill monitoring CS AM2• : Monitoring of motor speed and direction of rotation CS AM3• : Combines the functionalities of both CS AM1• and CS AM2• The configurable version is equipped with a USB Type-C port, allowing the device to be configured using the CS AM Configurator, developed in-house by Pizzato Elettrica. The software can be downloaded by the user free of charge. It is also possible to choose between safety outputs with OSSD or relay technology. Modules with OSSD outputs are 22.5 mm wide, while those with relay outputs are 45 mm wide. > Inductive sensor for the detection of specific faults With the CS AM2• and CS AM3• versions, an inductive sensor can be connected to the module to detect faults not normally detected by products currently on the market. > Adjustment of monitoring parameters The CS AM Configurator software is divided into several sections: Project, Setting and Monitor. In the Project section, all relevant project information is entered and the required function can be selected and configured for each input and output of the module. In the Setting section, parameters for the detection of motor standstill can be set, thresholds for minimum and maximum speed thresholds defined, and the detection of the motor's direction of rotation enabled. In the Monitor section, the status of the module's outputs, the residual voltage detected on the phases, the speed and the direction of rotation of the motor can be monitored and saved in real time.