Exhibitor innovations

The TURCK Intelligent Vision (TIV) AI camera brings artificial intelligence directly to the production line. The self-learning camera processes image data for code recognition, quality control, classification, or process monitoring locally and in real time—without additional hardware or complex programming.

Discover a new dimension of cable asset management with AIXONID. AIXONID makes it easy to digitally manage cables and cable-related components within your company. With state-of-the-art RFID technology, a cloud-based platform, and an intuitive mobile app, cables and other components can be uniquely captured, tagged, assigned, and tracked. This allows you to always know where a cable is used, what status it has, which properties it features, and how it is documented. AIXONID helps you to: Uniquely identify cables Simplify assembly and service processes Keep technical documentation readily accessible Never miss critical deadlines Ensure quality and safety standards Maintain full visibility of project costs, inventory, and life cycles Optimize workflows in production, service, warehouse, and project management Especially in industries such as industrial automation, mechanical and plant engineering, energy, infrastructure, or aerospace, AIXONID delivers real value—where cables are complex, numerous, and safety-critical. Experience live at our booth how AIXONID makes your cable management smarter, more efficient, and more secure.

The Balluff Engineering Tool enables manufacturer-independent, centralized configuration and management of IO-Link networks. With automatic device discovery, simplified parameterization and port setting, backup and restore functions, and integrated testing and documentation capabilities, the Balluff Engineering Tool reduces complexity, saves valuable time during planning and commissioning, and minimizes downtime risks. This makes the use of IO-Link networks not only more efficient but also safer and more transparent. The Balluff Engineering Tool is used for commissioning, configuring, managing, testing, and documenting IO-Link topologies. It is available free of charge and compatible with all IO-Link devices conforming to the IO-Link standard, including all IO-Link network modules that are JSON-for-IO-Link compatible and the Balluff IO-Link USB module.

Das AMFE System bietet einen zuverlässigen und wartungsarmen Brandschutz für verschiedenste Anwendungen. Dank seiner einfachen Installation und Anpassungsmöglichkeiten lässt es sich problemlos auch in kleinen Räumen integrieren. Es nutzt das hocheffektive Löschmittel das rückstandsfrei arbeitet und keine Schäden an empfindlichen Geräten verursacht. Durch seine mechanische Auslösung funktioniert das System unabhängig von externer Stromversorgung und bietet eine zuverlässige 24/7-Überwachung. Es ist VdS- und TÜV-zertifiziert, MPA-getestet und überzeugt durch hohe Wirtschaftlichkeit. Die robuste und stoßfeste Bauweise macht es vielseitig einsetzbar – von Wohnbereichen über die Industrie bis hin zum Bahnverkehr. Zudem gewährleistet die skalierbare Technologie eine flexible Anpassung an individuelle Brandschutzanforderungen.

COSERA is the solution to the key challenges facing modern manufacturing - Many manufacturing companies struggle with: - Lack of transparency on the shop floor - Manual processes and paper documentation - Unclear delivery dates - Rising production costs - Isolated IT systems - Lack of traceability - Complex machine integration COSERA solves these challenges with a unified digital control system for the entire production process. Your benefits at a glance: - Holistic control of the entire shop floor - Security ensured by SAP security standards - Customizable to customer-specific needs - Readable and adaptable software code - Real-time transparency in production - In-depth machine connectivity - Mobile availability in the plant - Installation at the customer‘s site – not a cloud solution - Seamless integration into SAP without additional databases

- Pressure and temperature measurement - 3 process connections: G 1/4 external, G 1/4 internal and G 1/2 flush-mounted - Pressure ranges: -1 to 600 bar - Digital, analog and IO-Link interface - Multilingual color display with plain text display

The new generation of products is a logical development of the successful EKS system and has many advantages in terms of digital access control and the selection of a safe operating mode. Benefits for you: - Simple implementation thanks to project templates with predefined functions and data fields - Simple assignment of access rights via input screens - Simple authorization blocking via an expiration date - Simple implementation of security standards for data handling and the assignment of rights - Simple integration in any PROFINET environment and systems from any manufacturer

Frameless motors have only two main components - stator and rotor - in common with conventional motors. This is a decisive advantage when it comes to tailor-cut design and individual integration into customer-specific systems. Due to the direct integration into machines or device assemblies and the hollow shaft concept with cable, compressed air, vacuum, fiber optic and laser feedthroughs, frameless motors require very little space. At the same time, they are highly efficient and durable and run stably and reliably in quiet operation. The KOCO MOTION motors are characterized by an immediate peak torque of up to 2400 Nm, a maximum motor speed of up to 900 rpm and a high level of user-friendliness. The frameless motors are also highly precise. They are backlash-free during high-precision and high-speed operations and have an extremely high level of positioning accuracy. KOCO MOTION supports and advises on the optimal design and integration of the modularly configurable frameless motors into customer systems. Since the compact motors are used in a wide variety of industries, such as robotics, mechanical engineering, packaging technology, semiconductor manufacturing or medical technology, it is important to precisely adapt and select all the necessary motor components. This is the only way to really get the best out of the frameless motor.

in Englisch übersetzen The brushless DC motors from Groschopp, also known as BLDC motors, combine the characteristics of a DC drive with the advantages of maintenance-free three-phase synchronous motors. With this technology, the rotor is equipped with permanent magnets, while the stator consists of coils. An integrated electronic system precisely controls these coils, creating a continuously rotating magnetic field that drives the motor efficiently. In contrast to classic DC motors, this design concept completely eliminates mechanical carbon brushes. As a result, typical brush sparking is non-existent, meaning that neither disruptive sparks nor fine brush dust are generated. This feature makes the Groschopp drives ideal for use in highly sensitive environments such as cleanrooms, the textile industry, or optical applications. Another significant advantage is the extreme durability of the systems, which easily achieve 10,000 operating hours or more. Since there are no wear parts other than the mechanical bearings, maintenance efforts during continuous operation are reduced to a minimum. Furthermore, the BLDC motors impress with excellent energy efficiency, as they generate significantly less heat compared to conventional brushed motors while simultaneously achieving higher operating speeds. In terms of technical performance, the Groschopp portfolio covers a power range of up to 650 Watts at nominal speed ranges of up to 3000 revolutions per minute. The supply voltage ranges flexibly between 24 Volts and 48 Volts, while the compact motors deliver a torque of up to 2.1 Newton meters. For flexible application in modern mechanical and plant engineering, these brushless drives can also be combined directly with the manufacturer's matching gearboxes to create customized gear motors.

The NC joining module Integrated Joining System IJSys Type 2168A... with integrated servo amplifier, strain gauge force sensor, and functional safety for a nominal joining force of 2.5 kN is particularly suitable for force-displacement-monitored assembly and joining processes. - Standardized interface according to ISO 15552 - Force sensor for precise measurement and process control - Easy installation thanks to integrated power electronics - High dynamics thanks to direct drive - Compact design The Integrated Joining System IJSys Type 2168A... electromechanical joining modules combine all the components necessary for a reliable joining process in a compact and robust housing. The ball screw drive converts the rotary motion of the integrated servomotor into linear motion, enabling standard functions such as joining to block, position and force-controlled joining, as well as movement to intermediate positions. Force measurement is performed by the strain gauge force sensor integrated in the flange, which is digitized directly in the unit. In addition to the sensor- and drive technology, the safety technology required for operation is also integrated. Safe Torque Off (STO) and a holding brake with Safe Brake Control (SBC) are available for this purpose. Correct wiring of the safety technology, a 24 VDC supply to the logic, and a 48 VDC supply to the power unit are required for operation. Communication with the joining module takes place in real time via EtherCAT. In addition to force-displacement information, control and status signals are also transmitted. In combination with maXYmos NC Type 5847C... from variant C0 onwards, all known options for process control and monitoring are available. The fieldbus slave interfaces provided enable communication with the system via PROFIBUS, PROFINET, EtherNet/IP, or EtherCAT. The Ethernet interface can be used to transfer quality data via various protocols, as well as for visualization via VNC and data backups.

LED machine light TUBELED_25 RGB-W IO-Link Slim, robust and capable of automation Features: ▪ High intensity area light for illumination ▪ Flicker-free illumination, without UV and IR component, in daylight white ▪ Signal-capable: via a light colour change to coloured light, e.g. machine statuses can also be displayed visibly from afar ▪ Very slim housing geometry - also for tight installation situations ▪ High protection class: jet-proof and dust-tight ▪ Suitable for harsh environments with KSS and chip coating ▪ Variant with IO-Link - can be additionally parameterized and diagnosed ▪ RGB LED chips arranged in clusters and high-power LED chips for white light - for a harmonious light pattern ▪ Beam angle 100° and high colour rendering with white light ▪ RGB - i.e. [Red | Green | Blue] - LED chips can signal different states of machines and equipment by changing the colour of the light - the mixture of the three basic light colours allow an output of more than 16 million colours ▪ Control of the LED chips for light and colour control via IO-Link using suitable manufacturer-independent software ▪ IP67 protection class and above-average service life of the RGB-W LED chips ▪ Shatterproof, 4 mm thick, diffused tempered safety glass ▪ Chip-proof, vibration and shock resistant - 100% CNC suitable ▪ Oil-resistant seals (FKM seal Vition®) ▪ Ready for automation and plant engineering: connection 24V DC and control via M8 sensor connector B-coded ▪ Housing: optimized aluminium profile for better heat dissipation - no burn-in of KSS ▪ CE - and ETL listed test seal ▪ Maintenance free, 36 months warranty ▪ Mounting via separately available accessories ▪ Made in Germany

ERO linear motor axes Everything from a single source: Modular configuration for multidimensional motion control

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.

ModOFFICE is an AI-building tool that allows users to create AI models based on images from their own production processes. Our inspection systems automatically generate these images during the ongoing production process. The resulting AI models can then be immediately utilized in our systems for inspection processes, creating a continuous synergy effect: By continuously collecting data, increasingly precise and comprehensive iterations of the AI models can be created with minimal effort. The introduction of new assemblies or implementation across additional production lines incurs virtually no additional effort, making ModOFFICE the perfect tool for scaling quality assurance processes.