NEW Technology: World-first Motion-Powered Wireless Sensing Clamps Besides standard Swing Clamps and Link Clamps, KOSMEK Wireless Sensing Clamps provide unclamp confirmation by radio signal, without any battery or external power supply. Available in hydraulic and pneumatic series, they simplify fixtures with fewer ports, no sensing air lines, and no air consumption for action confirmation. Wireless Sensing will be available on all other KOSMEK products soon. Why Wireless Sensing Matters: -Batteryless Wireless Sensing Wireless sensing clamps work without any battery or external power at the clamp, reducing wiring effort and maintenance. -Fast Unclamp Confirmation 0.1 sec response time enables quick confirmation compared to conventional air sensing clamps. -Waterproof Protection Sensor protection is equivalent to IPX7, supporting wet machining and processing environments. -Signal Capacity per Monitor One monitor supports up to 8 signals, making multi-clamp fixtures easier to manage. -Simplified Fixture Design Less wiring and fewer components at the fixture help keep layouts cleaner and lower total cost (TCO).

Design details fulfill specific requirements The Neugart NDF gearbox meets these special requirements with numerous technical details: For example, the gearbox enables extremely fast changes of direction thanks to a low-inertia clamping system at the input stage, which improves the dynamics and thus the cycle time of the robot. At the same time, the torsional backlash is limited to <1 arcmin as a standard feature. The gearbox with the frame size 090 operates with three specially designed planetary gears in the input stage and four in the output stage. This significantly increases the torsional stiffness and the transmittable torque. Four two-stage transmission ratios, each between i=22 and i=55, are available. The output of the NDF has also received special attention in order to optimally meet the specific requirements of a Delta robot: The gear ratio at the output is i=5.5, which allows transmission of very high torques. The flanged output shaft with torque interface has 12 threaded holes (M8 instead of the usual M6), the output flange has 16 holes (instead of the standard eight for each). The gearbox output shaft only rotates back and forth through a limited angle in Delta robots because of their design, making lubrication more difficult. An optimized radial shaft sealing ring in the NDF ensures optimum sealing of the shaft during rapid changes of direction. A food-grade oil lubrication system is available as an option for the NDF. As an additional option, the NDF can be equipped with a stainless steel output shaft and a nickel-plated output flange. These options increase the corrosion resistance of the gearbox. As a result, it also tolerates frequent cleaning with aggressive media, which is essential in the food and pharmaceutical industries.

With its new Touch Panel generation "Next Level HMI" Christ is breaking new ground. In terms of design and performance, we are launching the next level in machine and system operation. In doing so, we are already adopting proven features such as high flexibility and scalability for our standard products. Combined with a modern look and expansion stages from monitor to high performance Touch Panel PCs, you get completely new possibilities for your HMI solution.

The planetary gearbox for AGVs. Compact and highliy resilient. Whatever the demands that you make of your AGV drive: we can provide you with the ideal gearbox solution for your vehicle. Every detail counts, so that a gearbox can fulfill application-specific requirements in an optimum way. AGVs are designed to transport heavy loads on a continuous basis. The specific structural and mechanical demands are extremely high. However, we fulfill them in a reliable way with our NGV planetary gearboxes. Because the gearboxes impress with their compact design, efficiency and durability. And we have specifically optimized them for use in AGVs.

NIMU is a reusable, non-invasive detection system. After an overpressure event, and the associated opening of the rupture disc, the outlet part of the rupture disc holder must be removed, the rupture disc replaced, and afterwards the system can be put back into operation. The days when the signalling cables also had to be routed again to the respective switching box are finally over.

The CTP‑BI is based on the proven principle of the safety switch CTP and has an additional bistable locking function.

Der HUMMEL M16 Winkelsteckverbinder steht für eine kompakte Bauweise, hohe Flexibilität und starke Performance – insbesondere dort, wo Bauraum begrenzt ist und zuverlässige Verbindungstechnik gefragt ist. Technische Highlights im Überblick • Nur 22 mm Bauhöhe – ideal bei eingeschränkten Platzverhältnissen • 315° drehbar – maximale Flexibilität bei der Installation • Leistungsfähigkeit bis zu 25 A • Verschiedene Polbilder für unterschiedliche Anwendungen • Erhältlich als Schraub- und Quick-Lock-Version • Robuste Industrieausführung für anspruchsvolle Umgebungen

With the new generation of planetary servo geared motors, STOBER has developed drive solutions that are the most compact on the market in terms of versatility! Benefit from a 65% increase in power density and – by leaving out a motor adapter – get the most out of the dynamics of your drive.

NORD produces three geared motor series with high output torques and high efficiency for a wide variety of applications in more than 100 industries.

The new and energy-efficient UNIVERSAL motor from NORD DRIVESYSTEMS extends the motor portfolio for the most important world markets such as Europe, USA, Canada, China or Russia. It has the CE, UL, CSA, CCC, EAC, ISI and UA certifications and is available with a power range from 0.12 to 45 kW. As standard, the UNIVERSAL motor is equipped with a temperature sensor (TF).

The NORDAC PRO is a frequency inverter for all drive applications. Even in the basic SK 500P version, the NORDAC PRO provides great versatility. The advanced SK 530P version extends this scope and can be functionally extended with optional SK CU5 modules. The SK 550P has an integrated multi-protocol Ethernet interface for efficient connection to Ethernet-based control systems. Easy operation of the NORDAC PRO is achieved with a Bluetooth interface, an SD memory card as the storage medium for parameters, firmware and operating data, as well as a USB interface which enables parameterisation of the inverter “in the box”. Use of the latest components enables a very compact design and therefore space-saving installation.

The mobile commissioning and service solution for all NORD drives Dashboard-based visualization for drive monitoring and fault diagnosis; Parameterization with help function and parameter quick access; Oscilloscope function for drive analysis individually configurable; Backup and recovery function for easy handling of drive parameters

The discontinuation of the classic SIMATIC HMI Comfort Panels by Siemens poses challenges for many machine and plant operators. However, the new notion.S Comfort Panels offer a powerful, mounting-compatible, and long-term available solution that not only preserves your visualization but also makes it future-proof. Future-proof alternative for your HMI landscape The notion.S Comfort Panels are fully functionally compatible with the previous SIMATIC HMI Comfort Panels and enable seamless replacement – without any mechanical adjustments. Existing HMI projects can continue to be used, protecting investments and avoiding downtime. Your advantages at a glance _ Mounting-compatible replacement No conversion necessary – notion.S Panels are mechanically identical to previous Siemens models. _ Continued operation of existing visualizations Your existing HMI projects remain fully usable. _ Project planning with familiar tools Continue to use the SIMATIC TIA Portal and your familiar engineering environments. _ Long-term availability More than 10 years of supply security – ideal for long-lasting machine concepts. _ Ready for HMI Advanced Future-oriented performance for demanding visualization tasks. _ Ready for Unified Server & Client Compatible with modern unified architectures – for scalable and networked solutions. _ Compatible with your Siemens environment The notion.S Comfort Panels integrate seamlessly into existing Siemens infrastructures: _ SIMATIC TIA Portal _ SIMATIC HMI Comfort Panel _ SIMATIC WinCC Runtime Advanced _ SIMATIC WinCC Unified PC Runtime With notion.S, you can rely on a solution that secures your visualization in the long term – while paving the way to modern HMI worlds. © Siemens, WinCC, and SIMATIC are registered trademarks of Siemens AG, Munich

Industrial automation PC with Intel® Core™ Ultra CPUs, 4 x PoE LAN, 2 x RS232/RS485, 16DI/16DO, mSATA, M.2 2280 SATA, and DC12~24V input. Features Supports Intel® Core™ Ultra 125H and Intel® Core™ Ultra 255H processors Integrated Intel® Arc graphics and Intel® AI Boost for advanced automation workloads 2 x Intel i210-AT GbE LAN plus 4 x Intel GbE PoE LAN for machine, camera, and network integration 2 x RS232/RS485 serial ports for field device and controller communication 16 x DI and 16 x DO for high-density machine I/O interfacing 4 x USB3.0 plus 1 x onboard USB2.0 Type-A for USB dongle use Supports VGA and HDMI dual display output 1 x mSATA plus 1 x M.2 2280 KEY-B SATA3.0 storage interface translate to France 1 x full-size Mini PCIe slot with SIM card holder for Wi-Fi, 3G, 4G, or CAN expansion DC12~24V power input with overcurrent, overvoltage, and reverse-polarity protection Featured in the Intel® Edge AI Catalog as a high-performance industrial PC for edge inference, machine vision systems, and industrial AI applications. The platform is designed for machine vision, AI inspection, OCR processing, and edge AI inference, supporting use cases such as defect detection, image classification, barcode recognition, and intelligent automation. The system is highlighted in Intel’s solution library under “Intel® Core™ Ultra Processors (Series 2) Edge Inference with 99 TOPS and Rich Industrial Interfaces,” showcasing its ability to deliver real-time AI processing for vision-driven automation at the edge.