Exhibitor innovations

The inductive coupling systems from SMW have set a new standard in clamping and gripping technology. They transmit energy and signals across an air gap, eliminating the need for cumbersome cables. This allows the coupling systems to connect moving and stationary components and exchange sensor signals between the application and the control level of an automation system. With its C40 Automation, SMW offers an inductive coupling system for interchangeable applications. The wireless transmission of energy and signals enables the integration of moving components, such as grippers or interchangeable pallets, into a digital factory via the PLC.

The Industrial Line enables freely usable hollow shaft or flange mounting as well as robust load, data (up to 1 Gbit/s) and media transmission. Extensive modules and sensor technology offer flexible, customer-specific customization options for demanding applications.

The solution for easy integration of AI-based deep learning. For quality monitoring in your production machine, highly flexible integration into any machine. Effortless model creation: Even for non-experts Easy to get started: Use our app to create images as the basis for the AI model Complete support: Definition of subsequent tests already in the APP High variance: Own image manipulation for faster implementation of the AI models High flexibility: Assign AI checks with one click without limiting the number of products

Control addressable LED strips and lighting systems flexibly via IO-Link – regardless of protocol or manufacturer. > Compatible with all common LED control protocols > Easy integration into existing IO-Link systems > Manufacturer-independent & future-proof for every LED application > Precise industrial LED control of colors, brightness, and effects >> The three biggest advantages of the IO-Link LED controller for industrial lighting control << Manufacturer-independent: The DIANA IO-Link LED controller puts an end to restrictions imposed by proprietary systems. You can freely choose LED strips or other lighting solutions and control them via IO-Link. A total of over 35 protocols for addressable LEDs are integrated, including well-known standards such as SK6812, WS2812B, WS2813, WS2815, APA104, and UCS1903. This means you are independent of expensive special products from individual manufacturers and retain maximum flexibility. Versatile and flexible: The DIANA IO-Link LED controller is available in versions with one, two, or four output channels. These can be operated synchronously or independently of each other—whatever suits your needs. Combined with powerful lighting functions such as segmentation, flashing, pulsing, running lights, or level indicators, there are no limits to creative lighting design. Suitable for industrial use The DIANA IO-Link LED controller was specially developed for tough continuous use in industrial environments. A robust housing, reliable electronics, and simple parameterization ensure easy commissioning and smooth operation. Flexible use wherever you need it.

Mobile Robotics for Flexible Automation with High Payload (KMR CYBERTECH) The KMR CYBERTECH mobile robotics solution extends classic automated guided vehicles (AGVs) to include industrial manipulation and high payload capacity while maintaining maximum maneuverability. Unlike conventional AMR or AGV systems, the platform combines a long reach, high payload capacity, and an omnidirectional drive that enables precise maneuvering even in confined spaces. This allows material transport, machine supply, and parts handling to be implemented with a single system – without fixed conveyor technology or rigid system integration. Large storage areas and integrated container or racking systems enable the flexible transport of various materials and support variable production layouts. A key innovative aspect is the consistent adaptation to customer-specific requirements. BEC Robotics develops application-specific structures, interfaces, and process solutions, enabling the platform to be used for diverse application scenarios. Inductive opportunity charging allows for automatic recharging during short process breaks, ensuring high system availability without separate charging infrastructure or manual intervention. Customer benefits: - High payload and reach in a mobile robot platform - Omnidirectional movement for efficient work in confined spaces - Combination of transport and manipulation instead of separate systems - Flexible adaptation to individual production requirements - High availability through inductive charging during operation

Get the essential motion control system features and performance you need — plus unprecedented value, rapid delivery and easy setup and configuration. The new Kollmorgen Essentials line delivers complete motion control systems, engineered to help machine designers meet practically any motion requirement and budget with ease and confidence. With a range of size and performance options to choose from, each motion control system includes: a servo motor offered in eight power ranges; a servo drive designed to work with your choice of the industry’s most widely used Industrial-Ethernet control systems as well as with the full line of software and hardware solutions in the Kollmorgen Automation Suite; a cable in a choice of lengths, featuring single-cable power/data technology to simplify setup; and optional accessories including regen resistors, line filters and spare drive-side connectors.

<h5>KTW - Your partner in plant construction and assembly equipment</h5> In the automation sector, we see ourselves as a system supplier of integral (and smart) solutions for our customers. Our aim is to achieve the best possible solution in close dialogue with our customers. From the project planning to the realisation, commissioning and servicing, we provide the complete package for reliable and economical automation solutions. With our experienced and competent employees, we implement practical solutions for the ever increasing demands of the industry in terms of efficiency, process reliability and product quality for our customers. Assembly systems are complex, product-specific special machines with interlinked stations - like component feeding, joining, testing, marking and packing stations. The design and implementation are largely determined by the cycle time, quantity, variety and the component. Considering these requirements, we realise the optimal system and software solution for our customers at KTW. <h6>Our expertise - Your benefit</h6> <b>Competent staff, Years of experience, High demands on quality & System provider</b> More about our product portfolio on our website <b>- Robotic systems</b> <b>- Gripping technology</b> <b>- Semi-automatic systems</b> <b>- Rotary indexing assembly systems</b>

The topex 5640 laser marking cell is a compact tabletop device for marking laser foil and labels in endless or pre-cut form. Laser-marked foils and labels meet the highest requirements for resistance, e.g. to mechanical influences, liquid media such as solvents, salt spray, etc. or temperature influences. This enables a wide range of applications in the automotive or industrial sector. The unit is designed for the production of tag sets or individual tags.

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.

The Sarissa Local Positioning System, or LPS for short, combines sophisticated ultrasonic technology, easy-to-use application software and a powerful, open interface architecture. The LPS delivers maximum precision and versatility and can be used both as a powerful, flexible assistance system and as a precise 3D coordinate supplier for automation technology.

Use our LU20 digital display together with a cobot for outside diameter measurements, inside diameter measurements and depth measurements! Outer diameter measurement: After calibration, the entire circumference of the outer diameter is measured by a 180-degree rotation. Inside diameter measurement: After calibration, the entire circumference of the inner diameter is measured by rotating the tool 180 degrees. Depth measurement: After calibration, threaded holes can be measured with one measurement tool

Only a properly lubricated bearing runs reliably and with low wear. This means that the metallic contact partners within the bearing are separated from each other by a fully formed lubricating film at all times. Insufficient lubrication results in direct contact, which causes the bearing to wear quickly and leads to damage. HCP Sense technology provides a view into the bearing Unfortunately, the lubrication condition cannot be adequately monitored with conventional technology; the user does not know what the dominant lubrication condition is. The HCP Sense sensor bearing provides permanent information on lubrication for the first time and enables continuous monitoring. With our impedance measurement, the electrical behavior of the rolling bearing can be monitored live at the equipment. In case of hydrodynamic lubrication, when a fully formed lubricating film is present and the metal surfaces are separated, the bearing behaves like a capacitor from an electrical point of view. This is not the case with mixed and boundary lubrication; there is metal contact and the bearing exhibits ohmic behavior as with an electrical resistor. The advantages of our technology - Early detection of damage Over 75% of all roller bearing damages can be traced back to lubrication failure. With our technology, you can detect these lubrication issues so early that you can take countermeasures before increased wear leads to bearing damage. - Increased productivity Integrating our technology into your maintenance management - the keyword here is predictive maintenance - increases productivity because you can extend maintenance intervals or even plan them variable and avoid the dreaded unplanned downtime. - Higher profits Increased productivity and lower maintenance costs increase your profits.

MADDOX is AI-powered software for digital knowledge management in production. It makes experiential knowledge from maintenance and production available directly at the machine – quickly, comprehensively and accessible at any time. Technicians and production staff receive targeted support for malfunctions, maintenance and set-up processes without having to search for information or wait for experts. MADDOX thus reduces downtime, relieves skilled workers and sustainably increases operational efficiency.