Exhibitor innovations

Automated cleaning solutions are a key component of modern production and logistics environments. Our industrial cleaning robots offer an intelligent, reliable, and resource-saving way to clean large areas efficiently and autonomously. Thanks to state-of-the-art sensors and navigation software, the robots move safely through complex environments. Whether vacuuming, mopping, scrubbing, or drying – their multifunctional equipment enables them to perform multiple cleaning tasks in a single pass. This not only ensures a consistently high level of hygiene but also relieves the burden on personnel, optimizes processes, and reduces operating costs in the long term.

Simply clean – autonomously, efficiently, and reliably. Autonomous cleaning robots are revolutionizing professional building cleaning in industry, commerce, logistics, and public facilities. They handle sweeping, vacuuming, mopping, and scrubbing completely automatically – even in large and high-traffic areas. Equipped with state-of-the-art sensors, AI-based navigation, and powerful cleaning mechanisms, our robots ensure maximum cleanliness, minimal operating costs, and a consistently high cleaning standard – all without interruption.

Have you seen our new range of PushPull connectors for data, signal, and power applications from MH Connectors? Available in chrome-plated brass or PSU plastic, with 2-34 contact options, all compatible with existing industry solutions. If you need IP50/IP68 push-pull connectors with up to 5,000 mating cycles and a current carrying capacity of up to 30 A, talk to our team. Samples are available for testing! Precision-machined, gold-plated solder contacts for both cable and panel mounting – our new MH PushPull range offers complete flexibility. They can also be supplied with solder pins for printed circuit board (PCB) mounting. Full 360° EMI/RFI shielding. Series B, Series T, Series K, Series 00 Plastic PushPull connectors are both reliable and affordable! The MH P Series is ideal for medical/test & measurement applications and is available in two sizes made of PSU plastic – Size 1, 2-16 pins, 3.5 mm – 6.5 mm cable, IP 50, >2,000 mating cycles. Size 2, 2-24 pins, 3.2 mm – 9.2 mm cable diameter, IP 50 protection, >1,000 mating cycles. Series 00 – the smallest push-pull connector on the market! Ultra-miniature, chrome-plated brass housing, 5,000 mating cycles, IP 50 protection, and full 360° EMI/RFI shielding. Ideal for cable diameters from 2 mm to 3.3 mm, with a current capacity of up to 5 A. Waterproof push-pull connectors – Series T, IP68 protection, up to 5,000 mating cycles. Three sizes are available: Size 0, 2-10 pins, for up to 10 A, cable diameter 2.1 mm - 5.0 mm. Size 1, 2-16 pins, for up to 15 A, cable diameter 2.1 mm - 7.0 mm. Size 2, 2-32 pins, for up to 30 A, cable diameter 3.1 mm - 9.7 mm.

Detailed quality inspection of 64 Pipette Tips in 10 minutes. The quality of pipette tips is the be-all and end-all and one of the most important purchase criteria facing the market. With our HEKUtip QC Assistant, you can ensure that quality is uncompromised and thus close the quality gaps particularly due to missing or intermittent inspections in your quality management process. Together with our partner hekuma, a specialist high performance plastic automation and medical technology, we have developed this compact stand-alone module, which offers various inspection options according to fulfill your needs.

New, low-noise gearhead models for the GPT family FAULHABER expands its successful GPT family with two new high-performance models that stand out for their exceptionally quiet operation: the 22GPT LN and 32GPT LN. These gearheads have been specifically designed for applications where noise reduction is crucial – such as in laboratories, optical devices, medical equipment, or testing and measuring systems. Compact, Powerful, and Quiet Like all models in the GPT series, the new Low Noise variants combine high torque with a compact design and proven reliability. They deliver up to 2.2 Nm and 8 Nm respectively for the 22GPT LN and 32GPT LN in intermittent operation and can manage occasional random peak torques of up to 4 Nm and 12 Nm. Thanks to their optimized design and an input stage with plastic gears, the 22GPT LN and 32GPT LN operate with extremely low noise – without compromising performance, robustness or durability. Compared to the standard version, the low noise variants are able to reduce noise by up to 10 dB. Two planetary gearheads from the FAULHABER GPT LN family arranged on white steps in front of a gray-blue background. Robust for Demanding Conditions The stainless-steel housing provides reliable protection even in challenging environments. The gearheads are rated for a wide temperature range from –30 °C to +110 °C and maintain their high efficiency even during frequent or sudden load changes. This makes them ideal companions for high-torque motors. The new Low Noise models impress not only with their technical performance but also with an excellent price-performance ratio. Users benefit from the proven GPT technology – now enhanced with a noise-optimized solution for sensitive environments.

Combining high output, rapid turnaround times, and a compact footprint, the Raise3D RMS220 delivers an unmatched balance of productivity and cost-efficiency

At the end of the year, Berghof Automation will expand its industrial Raspberry Pi portfolio with a powerful and scalable touch panel series that can be used as a CODESYS PLC or a pure Raspberry Pi OS-based system. The supported widescreen formats are 7 inches, 10.1 inches, and 15.6 inches. In addition to various I/O expansion cards and memory configurations, this panel series also offers the possibility to easily implement your AI ideas through integrated AI accelerators. These panels are ideal for IoT projects, drive technology, integrated AI, robotics, and safety.

At the end of the year, Berghof Automation will expand its industrial Raspberry Pi portfolio with a powerful and scalable touch panel series that can be used as a CODESYS PLC or a pure Raspberry Pi OS-based system. The supported widescreen formats are 7 inches, 10.1 inches, and 15.6 inches. In addition to various I/O expansion cards and memory configurations, this panel series also offers the possibility to easily implement your AI ideas through integrated AI accelerators. These panels are ideal for IoT projects, drive technology, integrated AI, robotics, and safety.

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!

Bachmann electronic has taken a decisive step forward in the development of its new M100 system: The M100 platform is now becoming a standalone, complete automation system thanks to a comprehensive family of control modules. The CPU spectrum initially comprises eight models. The CPU range initially comprises eight models from the CPS100 family. They are equipped with powerful x86 processors from Intel. The performance range extends from a dual-core CPU with 1200 MHz to a quad-core module with 1.9 GHz. Technologically, the M100 system marks a paradigm shift: for the first time, Bachmann is using Linux with PREEMPT_RT configuration as the real-time operating system for a control platform. At the same time, security was considered from the start: All CPUs come standard with a TPM 2.0 chip, support Secure Boot down to the kernel, and meet the requirements of the IEC 62443 and ISO 27001 standards. Even fieldbus couplers are equipped with Secure Boot to prevent tampering in the supply chain. The usability of the engineering tools has also been redesigned. In the web-based station configurator of the SolutionCenter, channels can be configured in the same way regardless of the fieldbus used. Module channels can be assigned automatically to minimize configuration effort. Tool-free potential bridges, push-in terminals, and QR codes for quick module identification also speed up installation and commissioning. With all these innovations, robustness remains a key promise: The modules can withstand shock accelerations of up to 30 g, continuous vibrations of 6 g, operating temperatures from –30°C to +70°C, and condensation. EMC-safe metal housings, screws with captive fasteners, and a stable bus rail with screw mounting ensure maximum availability – not least in harsh environments.

Bachmann electronic has taken a decisive step forward in the development of its new M100 system: The M100 platform is now becoming a standalone, complete automation system thanks to a comprehensive family of control modules. The CPU spectrum initially comprises eight models. The CPU range initially comprises eight models from the CPS100 family. They are equipped with powerful x86 processors from Intel. The performance range extends from a dual-core CPU with 1200 MHz to a quad-core module with 1.9 GHz. Technologically, the M100 system marks a paradigm shift: for the first time, Bachmann is using Linux with PREEMPT_RT configuration as the real-time operating system for a control platform. At the same time, security was considered from the start: All CPUs come standard with a TPM 2.0 chip, support Secure Boot down to the kernel, and meet the requirements of the IEC 62443 and ISO 27001 standards. Even fieldbus couplers are equipped with Secure Boot to prevent tampering in the supply chain. The usability of the engineering tools has also been redesigned. In the web-based station configurator of the SolutionCenter, channels can be configured in the same way regardless of the fieldbus used. Module channels can be assigned automatically to minimize configuration effort. Tool-free potential bridges, push-in terminals, and QR codes for quick module identification also speed up installation and commissioning. With all these innovations, robustness remains a key promise: The modules can withstand shock accelerations of up to 30 g, continuous vibrations of 6 g, operating temperatures from –30°C to +70°C, and condensation. EMC-safe metal housings, screws with captive fasteners, and a stable bus rail with screw mounting ensure maximum availability – not least in harsh environments.

The Rejiband Rapide Black C8 wire mesh cable trays with click system feature the innovative BK8 coating, which provides exceptional corrosion resistance. Their smooth, homogeneous surface is completely free of zinc whiskers, ensures electrical continuity, and fully complies with IEC 61537. Each tray is supplied in 3-meter lengths and is available in various sizes – making it ideal for data centers, industrial facilities, and modern building installations.

The Rejiband Rapide Black C8 wire mesh cable trays with click system feature the innovative BK8 coating, which provides exceptional corrosion resistance. Their smooth, homogeneous surface is completely free of zinc whiskers, ensures electrical continuity, and fully complies with IEC 61537. Each tray is supplied in 3-meter lengths and is available in various sizes – making it ideal for data centers, industrial facilities, and modern building installations.

Capturing, structuring, and managing requirements in a transparent and traceable way, that is exactly why we developed ReqFlow. The software provides a central platform for professional requirements engineering, helping organizations document requirements efficiently, track changes transparently, and improve collaboration between business departments, development teams, and project stakeholders. By leveraging artificial intelligence, ReqFlow supports the analysis, structuring, and optimization of requirements. This enables teams to create higher-quality specifications, identify dependencies at an early stage, and reduce the effort required for manual documentation. End-to-end traceability and a single source of truth increase transparency throughout the project lifecycle while minimizing misunderstandings and communication gaps. A key benefit of ReqFlow is its focus on data security and data sovereignty. The solution is deployed within the company’s own network, ensuring that sensitive project and development data remains entirely within the existing IT infrastructure and is never transferred to external cloud services. ReqFlow provides the foundation for efficient development, automation, and digitalization projects, from the initial idea and specification phase through to successful implementation.

The retavi//Framework automates machines and systems flexibly and purely software-defined. Develop control logic in modern high-level programming languages such as C# and deploy it on any Linux- or Windows-based systems. Benefit from maximum freedom in engineering and powerful functions for remote access, version control, and automated deployment.