Exhibitor innovations

Industrial smart gloves for precise capture of hand motion and process context.

Mini-inline - Laser protection nose for integrable laser markers Simplify your laser marking machine integration with our Mini-inline: this laser safety concept protects the laser beam and facilitates particle extraction while freeing you from the costs and constraints of a class 1 laser enclosure. - SAFE No need for a bulky class 1 laser housing, the Mini-inline isolates the laser beam while the safety sensors make sure the part and Mini-inline are present: maximum laser engraver safety for the operator and his work environment. - COMPACT Thanks to its size, the Mini-inline is easily added to your existing production line. It allows the integration of our industrial laser marking system in very narrow areas, to engrave the necessary information on a wide range of parts. - COST-EFFECTIVE This accessory has the advantage of being cheaper than a class 1 laser protection housing: lower purchase price, and no pre-study cost for the final installation. In addition of the time saved installing the Mini-inline on the laser marker.

ModPCB is a camera-based worker guidance system that provides step-by-step instructions for assembly while inspecting every assembly step and every component. This allows errors to be identified as soon as they occur and corrected immediately. Thanks to the native integration of AI, ModPCB covers a wide range of applications. These include, among others, the inspection of THT-assembled circuit boards, cables, screw connections, or any type of order picking work. In ModPCB, test programs are based on AI models that can be created using the in-house AI building tool ModOFFICE. The AI models are trained using images taken directly from the production line. This allows even the smallest defects to be detected without generating false positives. Thanks to its compact design, ModPCB integrates seamlessly into existing production lines. A range of add-ons such as lighting, a augmented reality projector and pick-by-light systems, as well as the integration of external hardware like industrial screwdrivers, further enhances compatibility. Like all Vision4Quality software, ModPCB is based on the no-code principle. Creating test programs, executing them, and reading production data is intuitive and requires no programming.

Manage your machine lifecycle! Digital. Safe. Secure. With the digital MYZEL Lifecycle Platform, legal compliance as well as Safety and Security throughout the machine lifecycle is easy to verify at any time. Important documentation, certificates, logs or employee data are always available and up to date with MYZEL. This means you always have an overview and can determine the necessary action in an emergency.

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.

Do you need real-time data from your machine or process as quickly and easily as possible? Then the "orbit sense READY" is ideal for you: ✔ Wireless sensors eliminate the need for wiring ✔ No programming required: Instantly process and visualize information ✔ Flexibly connect or disconnect up to 10 standard sensors per board ✔ Also available as a rental system

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.

With the LS Link Compact, WEISS expands its portfolio of linear transfer systems with a compact and cost-efficient precision link conveyor system designed specifically for machine builders and serial machine manufacturers. The system bridges the gap between simple part conveying and complex custom solutions, enabling stable, cycle-synchronous downstream processing of lightweight workpieces up to 1.5 kg – particularly in automated applications such as cost-optimized injection molding automation. In many industrial applications, part removal is already automated, while downstream processes often lack consistent cycle synchronization. Conventional conveyor systems reach their limits, especially when high volumes, reproducible cycle times, and defined part positioning are required. This is exactly where the LS Link Compact comes in: With its discrete indexing, it ensures a clearly defined process logic and repeatable positioning. With up to 60 cycles per minute, transfer times of less than 0.3 seconds, and a positioning accuracy of ±0.1 mm, it provides the ideal foundation for efficient inline processes such as assembly, joining, and inspection. The modular system design allows for flexible setup and easy expansion of process stations. Its compact design, high adaptability, and production-ready architecture make it particularly attractive for high-volume applications. With the LS Link Compact, WEISS provides an industrial platform that enables the standardization, scalability, and cost-efficient implementation of modular processes – resulting in high-performance machine concepts that combine process reliability, flexibility, and investment security.

A new lightning fast platform for power distribution RiLineX from Rittal is a newly developed, open platform for power distribution systems. A click system of boards and components simplifies the previously laborious process of assembling power distribution systems in enclosures. The end result is a time saving of up to 30 percent in engineering and 50 percent in assembly compared to conventional busbar systems. A further advantage is that RiLineX boosts sustainability by reducing plastic waste and increasing decentralised supply opportunities, with fewer shipments of heavy copper required. The innovative solution has been declared a winner by the German Design Award 2025 for its product design.

SafetySight Iridio is the innovative safety camera that integrates visual technology and advanced industrial safety. Following a request to restart the machine, it performs an automatic check of the area, detecting any operator motion before machinery start-up. This function reduces the risk of an operator in the danger area being involved in an accident caused by unexpected restart of the machine. SafetySight Iridio has a front-mounted RGB LED ensuring immediate communication of the device operating status through different colours for each operating mode. This enables to immediately verify the correct functioning of the system, thus facilitating operations and resolution of any anomalies. SafetySight Iridio is a complete safety device that interfaces with the rest of the system via digital outputs, so there is no need for a dedicated control device in the switching cabinet. Besides, it can be connected directly to any safety controller compatible with OSSD signals, thus reducing costs and installation complexity. This device is designed for safety levels up to SIL 2 acc. to IEC 61508 and PL d, cat. 3 acc. to ISO 13849-1. Dedicated Iridio Studio software has been designed for configuration and calibration of the device, guiding the user through the entire process in a few minutes. Through this software, it is possible to visually check the monitored area, identifying and excluding any zones outside the work area or any elements that may cause disturbance. The SafetySight Iridio device can effectively distinguish tampering attempts from scene changes due to non-critical environmental variations, such as parts of the machinery resting in a different position each time they stop. For applications that require monitoring of large or geometrically complex areas, it is possible to install multiple SafetySight Iridio devices. This modular architecture means the system can be adapted to the specific requirements of any installation.

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.

Skiving Heatsinks – Redefining Efficient Heat Dissipation: High-Performance Aluminum & Copper Heatsinks for Your Thermal Challenges When maximum cooling performance meets precision – skiving heatsinks are the best solution for powerful heat dissipation in the smallest possible space. This advanced technology for passive heat dissipation in demanding applications offers you high-precision, custom-manufactured skiving heatsinks. Skiving heat sinks impress with excellent thermal properties, high surface quality, and maximum customization – ideal for use in electronics, power electronics, LED technology, and industrial control systems. What is a Skiving Heatsink? In the skiving process, a fin structure is cut from a solid block of metal – usually aluminum or copper – by means of a precision machining process (skiving). The fins remain firmly attached to the base plate, ensuring outstanding heat transfer – completely free of air gaps as found in pressed-fin heatsinks, and without adhesives or solder joints. Skiving heatsinks can achieve fin ratios that are not possible with the extrusion process.

The VersiStart II plus soft starters extend the 2-phase series by a further five power variants from 6 to 32A. The "plus" offers even more robustness, high performance and high maximum switching frequency.

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.