Exhibitor innovations

Bachmann electronic is launching a new product family of Panel PCs. The PPC1200 will replace the established OT1200 during the course of 2026. The PPC1200 will be available in two versions: The Eco version of the new Panel PC has been specially developed for price-sensitive industrial applications. It has one Ethernet and two USB 2.0 ports. The PPC1200 Premium, on the other hand, comes with two additional USB 3.0 and Ethernet ports, a microSD slot, and an HDMI port. The latter can be used to extend or mirror the screen content on a second monitor. The Premium version can also be customized with numerous interfaces, for example to connect an uninterruptible power supply via the serial RS232 interface, set up a RAID1 system using a second microSD card, or increase network security with additional Ethernet connections. The new Panel PC is based on state-of-the-art technology: In addition to the latest Intel Atom® processors with two (Eco) or four cores (Premium), the PPC1200 is powered by the latest LDDR5 memory modules with 4 or 8 GB capacity. Thanks to the generously dimensioned onboard mass storage of 4 GB or 16 GB, large applications with their data and alarm history can be conveniently stored directly on the base devices. The microSD slot of the PPC1200 Premium allows the data and application memory to be expanded further, and applications can be easily distributed across many devices or restored when replaced. The device can host any browser- or Linux-based applications from the areas of Edge, HMI, SCADA, BDE/ERP clients, and engineering. Operation with the pre-installable, orderable web-based visualization and SCADA software products webMI Pro® and atvise® from Bachmann is particularly convenient and cost-efficient.

profiCASE is an economical alternative for panel PCs up to 10" and all types of electronic components. Thanks to its robust design, it is perfectly suited for both modern mechanical engineering and vehicle construction. The integration of genuine hinges without additional effort has been optimally achieved in this series. After ‘hooking’ the covers and securing them with locking screws, they become ‘compact cabinets’. The two profiCASE enclosures are available with the option of rear screw mounting – i.e. without screws visible from the front – (PCD) or with front screw mounting – for example, for direct wall mounting – (PCV). All enclosures have domes in the lower section that offer the option of mounting with VESA 100 while remaining completely sealed. It is also possible to connect them to the profiPLUS and taraSMART suspension arm systems in a standing or hanging configuration.

Our profile technology consists of the proven, versatile mk profile system as the common base technology as well as the workshop and industrial applications that are based on this system. This includes guarding with custom-designed machine housings and protective fences, manual workstation set-ups with ergonomic and functional industrial workstations, custom-designed machine frames, steps and platforms. Features of Profile Technology Loadable, functional profiles for a high power consumption with an appealing design Compared to steel constructions no welding, cutting, painting necessary Almost gap-free profile connections with edge radius of 1 mm for a clean look Stability-oriented and diverse connection technology with standard screws and extensive accessories Effective and functional safeguarding of systems and machines through enclosures and protective fences Ergonomic industrial workstations and their linking to assembly lines for optimal productivity Secure access to machines or production areas via stairs and platforms, conforming to standards High standardization in processes and products for a short planning, design and assembly time

The PROmesh P24+ managed Industrial Ethernet switch supports data transmissions at speeds of up to 10 Gbit/s and is specially designed for use in industrial networks. By integrating EMC and performance monitoring, it enables continuous network monitoring and diagnostics to ensure network stability. Integrated security features such as firewall and NAT routing enable the implementation of various security concepts, e.g. in accordance with IEC 62443. With UL/CSA certification, it meets international safety standards. The equipment with SFP slots enables flexible use of copper cables or fiber optic cables. The PROFINET v2.4 certification and the extended operating temperature range underline its suitability for industrial applications. Installation is simplified by the compact design and the option of top-hat rail mounting.

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.

Many existing traffic signal systems operate independently and without networking. Our solution enables the seamless digitization of this existing infrastructure: A compact optical sensor detects traffic signal states-such as color changes or flashing-directly at the display. This non-invasive retrofit requires no manipulation of the electronics. Data is transmitted flexibly via USB or energy-efficiently via wireless communication (Bluetooth Low Energy, Open Thread).

Live at all about automation: The new, globally unique RiLineX. Rittal’s busbar system platform, rated up to 800 A, can be installed without tools, is short-circuit-proof up to 65 kA, and offers complete protection against accidental contact. The modular click system saves 30% in engineering time and 75% in installation time. RiLineX is a manufacturer-neutral, open system that makes power distribution easier, more flexible, and safer than ever before.

Maximum efficiency in manufacturing and logistics processes thanks to high scanning frequency and predictive maintenance - Detection of fast objects thanks to high scanning frequency of 80 Hz - High monitoring flexibility thanks to 16 switchable configurations - Predictive maintenance through window monitoring - Excellent integration due to compact design - For use in high and low temperature ranges - Designed for use in demanding environments

The LAP Series Rugged Dual-Screen Laptop is a purpose-built, OEM/ODM-exclusive platform engineered for mission-critical field operations, UAV/UAS ground control, edge AI computing, and advanced industrial applications. Designed for harsh environments, this rugged laptop delivers exceptional computing power, advanced visualization, and seamless field control, ensuring your teams maintain operational readiness in any condition. Features Dual Full HD Touchscreens Sunlight-Readable Anti-Glare Display (Up to 1000 nits) Intel Core™ (Ultra 5 Processor 125H / Ultra 7 Processor 155H) Optional NVIDIA GEFORCE RTX™ 4060 GPU Windows 11 & Linux OS Support IP65 Water & Dust Protection 3ft Drop / Shock Protection (MIL-STD-810H) Up to 96GB DDR5 RAM & 4TB SSD Storage Comprehensive MIL-Spec I/O Support Integrated Programmable Joysticks, Rotary Switch, and Up to 20 Custom Buttons Equipped with Wi-Fi 6E, Bluetooth 5.2, u-blox GPS, and Optional RF Modules for Tactical Communications • Operating System Flexibility: Supports Windows 11, Windows 10 IoT, Ubuntu, Yocto Linux, Android, and custom secure OS images to match your ecosystem. • RF Module & Communication Integration: Internal or plug-and-play external radio modules compatible with various frequency bands, capable of long-range control up to 100KM based on module selection and environment. • I/O Expansion: MIL-DTL connectors, CANBus, RS422/485, GPIO, HDMI, rugged Ethernet, and specialized I/O configurations to align with your workflow and peripheral needs. • Mission Control UX: Dual/3-axis joysticks, toggle switches, rotary encoders, and waterproof backlit keyboards for enhanced field control and operator efficiency. • Power Systems: Hot-swappable battery designs with bridge batteries for uninterrupted field operation during battery replacement.

The first certified volumetric safety system with radar technology can be used to safeguard areas where optical and tactile systems reach their limits due to environmental conditions (e.g. dust. smoke, steam, production waste). The controllers of the can be combined with both sensors as desired.

Sarissa's laser visualisation offers an innovative solution for displaying worker guidance as a laser projection. When connected to a high-quality laser projector, it opens up new applications by using coloured laser projections (e.g., red, green, yellow, or magenta) to visualise work steps. This technology enables sharp projection on the assembly surface, independent of room lighting, which reduces throughput time and simplifies operator guidance.

The Smart Dot 50 Standard Touch Button combines modern touch operation with powerful multicolor signaling in a compact device. As part of the Smart Signaling 50 platform, it offers an efficient solution for industrial applications where operation and visual feedback seamlessly interact. The capacitive touch button enables reliable and intuitive operation. At the same time, integrated LEDs provide a clear visual status indication. With up to 6 colors and various light modes, the device can be flexibly adapted to different requirements. High light output and excellent color brilliance ensure optimal visibility, even in challenging environments. Thanks to M22 single-hole mounting and an M12 connector, fast and easy installation in line with plug & play is guaranteed. Designed for industrial use, the touch button stands out with its robust design, high protection rating, and wide temperature range. The Smart Dot 50 Standard Touch Button is ideally suited for applications in mechanical engineering, automation, and control cabinet construction, where clear signaling and intuitive operation are essential.

High dynamics and maximum power density The DIP synchronous servo motor sets a new standard in power and efficiency. With up to three times the acceleration compared to equivalent AMKmotion servo motors, it impresses with high torque and extreme speeds – delivering maximum force in minimal space. The result: more compact machines, higher energy efficiency, and greater performance in the same footprint. More power. Less space. Maximum efficiency – with the DIP. Shorter cycle times and precise motion The DIP synchronous servo motor delivers top-level repeatability and precise motion control. It reduces cycle times, optimizes process sequences, and significantly boosts your machine’s productivity. Precision, speed, and reliability – all combined in the DIP. Energy-efficient and resource-saving The DIP synchronous servo motor stands out for its exceptional energy efficiency: it requires significantly less power than comparable models to achieve the same acceleration. Thanks to its reluctance design, it delivers maximum torque without additional magnetic material – reducing the use of rare earth elements. Less energy. Fewer resources. Greater sustainability – with the DIP.

The future of cable entry: TriShot™ is more than just a new cable gland. It is the result of a continuous endeavour to expand limits and possibilities. To be a pioneer and lead the way in 3 core principles: Innovation, Performance, Sustainability! The TriShot™ has been built-in to perform. IP68 protection with or without cable/blind plug, quick and fast installation, wide clamping range (6 - 14 mm), built in seal means no need for inserts and a tight seal for any cable type. Plus, 54.5 % less Product Carbon Footprint than a regular cable gland: the TriShot™ is the future of cable glands.