Exhibitor products

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.

Easy and quick assembly as well as high availability at reasonable prices are good reasons for the use of locking devices, shrink discs or locking elements by KBK. Shaft diameter: 4 – 495mm Torque range: 2,4 – 610000Nm

Control functions on safety door DOLD extends the safety switch and key transfer system SAFEMASTER STS by a further safety switch with guard lock. Up to three command and indication functions can be easily integrated into these. SAFEMASTER STS thus combines the advantages of safety switches, guard locks, key transfer and command functions in a single system. This meets the highest safety requirements up to Cat. 4 / PL e or SIL 3. The integrated command and indication elements enable the simple integration of command, indication and emergency stop functions into both new and existing safety concepts. As a result, the SAFEMASTER STS system becomes a true control centre from which command functions, status displays, releases, main and maintenance entrances can be controlled. This means that control signals, such as emergency stop or acknowledgement of the safety guard, can be triggered directly at the access points of machines and systems. In addition to emergency stop buttons, illuminated pushbuttons as well as pushbuttons or selector switches are also available. Due to its very slim design, the robust and attractive fibre reinforced polymer (FRP) enclosure can be mounted on safety fences in a space-saving manner. The optional M23 plug connectors ensure fast commissioning and reduce wiring work to a minimum. The safety switch with guard lock is optionally available with auxiliary and emergency unlocking as well as with actuator of the medium coding stage.

• M12 slots • M12 plug connection for the bus • Basic setting: 4 x AND or 4 x OR linking of the input signals • Wide range of parameterization options via IO-Link interface

• 2-fold logic distributor • M12-connector for the connection cable • 2 M8 sockets on the input side, logically AND- / OR-linked • Minimized wiring effort • Transparent housing - clearly visible switching status LED

LogiQ Automation Systems stands for customer-specific automation solutions in mechanical and plant engineering – for both new and existing plants. We plan, program, and implement control and automation systems that work in practice: robust processes, clean safety concepts, stable drive and sensor integration, and a user-friendly interface. We think across industries and transfer proven solutions to new tasks – without unnecessary complexity. For new plants, we develop scalable automation concepts including documentation, testing, and commissioning – tailored to your processes, your standards, and future expansions. For existing plants, we retrofit existing technology to a future-proof level in a controlled manner: from analysis to migration and modernization to recommissioning – with the aim of minimizing downtime and making the plant maintainable and expandable in the long term. Manufacturer-neutral, cleanly structured, and implemented in such a way that service and expansions remain plannable later on. The result: faster commissioning, less risk during conversions, higher plant availability – and automation that grows with your production.

LogiQ is a data and information platform for networked production – independent of manufacturers and systems. It connects machines, systems, and processes with the IT level and makes production data usable in real time: from visualization and data acquisition to evaluations, key figures, and reports. This creates transparency regarding performance, downtime, quality, energy consumption, and machine status – and thus a reliable basis for better operational decisions. LogiQ connects common automation and control systems via established industry standards and also integrates into higher-level systems such as production planning or enterprise software via databases and web interfaces. The system has a modular design and grows with you: from a single line to a plant-wide solution – if required, also in a fail-safe, redundant architecture. The result: consistent data transparency, fewer isolated applications, cleanly integrated processes, and measurable improvements in efficiency, quality, and energy.

LogiQ Mechatronics stands for turnkey mechatronic solutions – from the initial idea to the productive plant. We develop and integrate systems in which mechanics, robotics, sensor technology/image processing, and automation work together seamlessly. The goal is not “technology for technology's sake,” but measurably better processes: greater flexibility, more stable quality, and less manual effort in production and intralogistics. Among other things, we implement robot-assisted handling and assembly applications, end-of-line testing and inspection systems, and flexible conveyor systems. A central component is mobile robotics: we plan and integrate autonomous mobile robots (AMR) and driverless transport systems (AGV), including fleet concepts, safety architecture, and connection to production and IT structures. The result is intralogistics that grows with your business – and material flows that adapt dynamically to orders, bottlenecks, and layouts. The result: modular, practical mechatronics solutions from a single source – for greater throughput, greater process reliability, and manufacturing that can respond flexibly to new products and variants.

Ganter regularly revises its range of standard parts to implement new technical features and respond to changing application requirements. The pneumatic clamps have now received a number of updates aimed primarily at a longer lifespan. Pneumatic clamps are standard elements in jig construction, and Ganter has carried these important fastening systems in its portfolio for some time. The product family has now been reworked – primarily to increase its lifespan and reliability. The most significant improvement concerns the pneumatic cylinder, which now operates with a magnetic piston and has T-slots on the housing. Thanks to this slot, it is now much easier to attach sensors, while the magnetic piston permits more precise querying of the current position by the new, modern sensor GN 3380, which entirely replaces the previous sensors. Of course, other sensors can also be precisely installed in the slot.

Wireless data transmission over long distances is becoming increasingly important in automation and measurement technology, as the installation and construction of infrastructure are becoming increasingly expensive. This is where LoRaWAN, a wireless network protocol developed for wireless data transmission over long distances and with low energy consumption, comes into play. It belongs to the category of Low Power Wide Area Network (LPWAN) technologies and is particularly suitable for the Internet of Things (IoT). Before implementing LoRaWAN-based automation solutions, there is often a need for clarification regarding possible transmission distances and the associated questions of data throughput and transmission reliability. AMC offers to record, investigate, and document transmission and reception conditions at customers' sites to more accurately assess the influence of industrial or urban infrastructure or even natural conditions and to make informed decisions about future projects. AMC provides all the technology for such wireless surveys, and the acquired data and information are delivered in a results report. Based on these results, recommendations can then be made for the selection and installation of gateways and end nodes. AMC can also optionally offer a detailed requirements analysis, the development of concept proposals, and proof-of-concept (PoC) studies based on such an investigation.

This mini drive offers entirely new possibilities and is unique in the industry - powerful drive technology from Ortlieb in the smallest space! 💪📏 Advantages: - Made in Germany (Supply chain advantage) - Ortlieb servo spindle PWG installed (planetary roller screw) - High power and dynamics - Brushless 48V DC servomotor - Integrated sensors for highly accurate positioning - Ultracompact due to integration of motor, spindle and sensors, no gearbox required - Easy to assemble - Cleanroom-compatible Technical data: - Force: 3 kN - Speed: 100 mm/s - Edge dimension: 60 mm - Installation length: from 78 mm - Positional accuracy: 0.01 mm - Ambient temperature: 80 °C

The telemetry module 415U-1 can transmit digital and analog signals over long distances of a few kilometers. With its low power consumption it is perfectly suited for applications in water supply where no power supply is available. The 415U-1 can either be powered with an internal battery or by an external solar powered battery. The specifications in detail are: receiver sensitivity 116 dB radio transmission speed up to 140 kBit/s 400..480 MHz, 10mW bis 10 W, software adjustable Transmission up to a few kilomters RS232, USB 128 Bit AES-encryotion and firewall 4 digital inputs , 3 pulse inputs 2 analog inputs SDI-12 input configuration und diagnostic via USB or web interface

• 270° detection angle, 25 m detection distance • Compact size for flexible installation (W 60 mm x H 86 mm x L 60 mm) • Number of field sets : 16 (1 set : consists of 3 subfields) • Various filter function for accurate detection • Ethernet communication supported

• 90° detection angle, 5.6 m × 5.6 m detection area • Compact size for flexible installation (W 120 mm x H 46.5 mm x L 89.4 mm) • Various filter function to prevent malfunction due to fog, rain, snow and dusts • Operation indicator to identify operation status and errors • Ethernet communication supported