Exhibitor innovations

The OVR6 Series is a compact 6-axis articulated robot designed for precise handling, assembly, and pick-and-place applications. Compared to 5-axis systems, the additional axis enables more complex motion sequences and greater flexibility in tool orientation. Combined with integrated AZ Series step-servo technology, the OVR6 Series is particularly suitable for modern, space-saving automation solutions. Key Features • 6-axis articulated robot with high motion flexibility and versatile tool orientation • Suitable for pick-and-place, assembly, feeding, and handling applications • Compact mechanical design with small installation footprint • High repeatability for precise positioning tasks • Powered by AZ Series step-servo motors with built-in battery-free absolute encoder • No external sensors or homing procedures required • 24 VDC operation for easy machine integration • Supports complex motion profiles through additional rotational axis • Can be combined with electric linear slides to extend the working range • Controlled via MRC robot controller and MRC Studio software • Easy programming and intuitive commissioning • Supports point-to-point, linear interpolation, and circular motion control • Compatible with electric grippers and various end effectors • Simulation and AR tools available for simplified system planning Summary Compact design, high flexibility, easy integration, and precise motion control for modern robotic and automation applications.

Pfannenberg Intense BR 50 – Ultra-bright and flexible LED signal tower with a sleek design. Pfannenberg’s proven signal tower can be combined with up to five LED modules at any time, allowing it to be configured to meet individual needs. Easy integration of IO-Link via a separate module is possible. Features of the Intense BR 50 signal towers: // High protection rating IP 54 (optional IP 65) // UL-certified // Operating temperature range from +55 °C to -25 °C // Ultra-bright and slim with a diameter of just 54 mm // Signaling mode selectable via LEDs // Customizable configuration, up to 5 modules, which can also be combined at any time // Easy installation // Flexible design options – Classic color modules (Fully Colored) or crystal-clear modules (Crystal Clear) with colored LEDs // Versatile mounting options – Mountable via tripod with base, threaded tube, bracket, wall bracket, or direct mounting. // Universally applicable, suitable for both indoor and outdoor use. // Function-monitored, separate LED module for added safety in sensitive applications Fieldbus connection // New version, with pre-assembled M12 connector technology // Easy integration of IO-Link via an optional module Contact us! We’d be happy to assist you with the configuration.

Groschopp AG presents the new RBD-S+ servo controller This advancement sets new standards in cost-effectiveness and flexibility, offering machine builders a compact solution for demanding automation tasks. More interfaces, less hardware Thanks to a second CAN interface and an optional touch display, the device features significantly more digital inputs and outputs. The controller autonomously handles extensive control tasks, rendering a higher-level PLC obsolete in many cases. This saves valuable space in the control cabinet and significantly reduces acquisition costs. Technical Highlights With a nominal output of 800 VAC, the RBD-S+ is exceptionally powerful compared to its predecessor. In addition, it reads a wide variety of encoder systems with high precision, such as absolute encoders (Hiperface, EnDat), resolvers, and SinCos encoders. Depending on the requirements, it can be flexibly used as a torque, speed, or position controller. Scalable application in plant engineering The controller is ideally suited for highly dynamic cutting machines, winding machines, or presses. In small machines, it operates completely autonomously and replaces the PLC. In larger multi-axis systems with complex interpolations, however, it integrates seamlessly as a reliable node into an existing network with a higher-level control system. Visit us at our booth! Experience the RBD-S+ live. In a personal conversation, we would be happy to show you how you can make your system architecture more efficient, space-saving, and cost-effective. We look forward to seeing you!

Compact, intelligently safe: The RSL 200 in overview: The RSL 200 safety laser scanner is optimized for minimal space requirements. This makes it suitable for use with FTS and AMR. Clever features such as rotatable connections and a smart diagnostics app enable simple integration and efficient maintenance. - Ultra-small - Performance Level d - Simple integration - 275° Scanning angle - Smart diagnostics app - 3-meter operating range

EUCHNER combines its proven and robust safety switches and safety gate systems with the advantages of safe, standardised communication via IO-Link Safety. Thanks to comprehensive data availability, the products enable easy installation, maintenance and smooth device replacement. You benefit from: - Secure identification and transmission of the actuator ID and key data (SIL3 / PL e) - Uniform interface for switches, interlocks and safety gate systems - Reduced planning and installation effort - Fewer switch variants thanks to flexible conversion of the coding level via the IO-Link setup - Easy device replacement - Detailed status and fault diagnosis in real time

Whether you look for compact in-cabinet solutions or robust modules for outside the cabinet, SIMATIC ET 200 meets your requirements cost-effectively. It ensures continuous data availability from engineering to plant operation and acts as an integrated data hub.

Immediate ROI: fewer components, reduced maintenance.

Continuous Filament Fabrication (CFF) is a patented technology that allows Markforged users to produce 3D printed components with extreme stability. With this technology, the continuous fibre is additionally inserted into the component via a second nozzle in the print head. It is called continuous fibre because it has only one start and one end point per layer. This allows you to achieve stabilities that are superior to milled aluminium in outstanding quality! Thanks to the supplied and optimally adjusted EIGER software, you can insert the continuous fibre individually per layer and, of course, also over the entire surface. Carbon, Kevlar, glass fibre and high-temperature glass fibre are available as continuous fibre reinforcement.

The symmedia Hub is a cloud-based, IEC 62443-certified platform for secure digital collaboration in mechanical engineering. It connects machine manufacturers and operators and provides a central foundation for modern service processes – also with regard to requirements such as NIS2. As a multi-tenant platform, the symmedia Hub enables the management of machines from different manufacturers and technologies in one place. At the same time, each tenant retains full control over their data and access rights at all times. Machines, service histories, documentation, and relevant data are brought together in a structured way and made accessible at any time. Service requests can be centrally recorded as tickets, managed, and fully documented. The symmedia Hub also enables secure remote maintenance and supports service teams in analyzing and resolving issues more quickly. The result is greater transparency, faster response times, and a significant reduction in downtime and service effort.

From concept to service: The TURCK Automation Suite TAS accompanies all phases of the machine life cycle. The modular IIoT ecosystem supports engineering, commissioning, and operation. Machine builders, maintenance personnel, and production teams benefit from more efficient processes and higher availability.

The new Motor Drive System IE5/IE6 Performance in sync with energy efficiency and cost-effectiveness The first synchronous motor that is as easy to use as an ​asynchronous motor. The permanent magnet inside is intelligently designed to​ achieve high levels of efficiency and falls into the top energy efficiency classes IE5 and IE6. The drive system consisting of the m550 motor, g500 gearboxes and the current i550 and i650 generation of frequency drives performs remarkably also in dynamic applications. The new Motor Drive System addresses current and future challenges in a wide range of industrial applications:​ ​ - Performance: 300% overload torque accelerates the motor from standstill to full load - Motor losses: Are reduced by up to 60% - Reduced hardware costs: between 20% - 50% compared to conventional solutions - Sustainability: high energy efficiency reduces energy costs and the CO2 footprint by 10%​ - Easy design in: Space-saving installation of the motor system thanks to compact design IE5/IE6: Innovative motor design of the synchronous motor achieves top-class efficiency in combination with Lenze frequency drives.

twinstudio is an integrated toolkit for the easy creation, management and visualisation of Digital Twins – from Asset Administration Shells (AAS) and submodels to templates. As part of the twinsphere suite, it is designed for both beginners and experienced users, enabling a fast and efficient start through guided workflows, real-time validation and an intuitive user experience. At its core is the combination of ease of use, standard compliance and scalability. Even without in-depth AAS expertise, Digital Twins can be structured, created, edited and published efficiently. At the same time, compliance with IDTA standards ensures interoperability and seamless collaboration across organisational boundaries. twinstudio provides a central, visual overview of all assets, including search, filter and status functions, and supports data exchange via common formats such as JSON, XML and AASX. Its direct integration with twinsphere and external repositories ensures smooth connectivity within existing system landscapes. Key features include the Twin Builder for creating and editing AAS and submodels, the Template Designer for managing submodel templates, the Blueprint Editor for scalable Digital Twin strategies, and a centralised management of semantic descriptions. This is complemented by a Submodel Template Repository for versioning and sharing templates across teams and organisations. twinstudio enables consistent, reusable processes and supports companies in implementing Digital Twins efficiently, in line with standards, and in a future-ready way – from initial pilot projects to scalable deployment across products and business areas.

This locking handle kit provides convenient dual access while maintaining a dependable, secure closure.

LCMR200 Linear Conveyor Module Yamaha's answer to the design of next-generation production lines. Max. speed: 2500 mm/s Repeatability: ±5 μm Max. payload: 30 kg Max. acceleration: 1.3 G – All carriages can be operated/programmed independently. – High acceleration rate – Mechanical tolerance between carriages +/-30 μm – Integrated drivers reduce electrical wiring – No origin process required – Ideal for traceability management – Variable speed control between workstations. – Machining can be performed while workpieces are on the conveyor.