Exhibitor products

The BFN series fiber optic amplifiers are available in display high-performance/standard models and volume adjustable basic models for various environments. Fiber optic amplifiers feature stable detection with a fast response speed of up to 25 μs and a strong light intensity even for high-speed moving objects.

INDUNORM'S 7TH AXIS. GREATER RANGE OF MOTION FOR YOUR ROBOT. The Indunorm Robot Transfer Unit The classic six-axis kinematics of industrial robots cover a wide range of motion requirements. However, as soon as larger components or extended work cells need to be handled, this structure reaches its limits. The 7th axis—a linear guide unit—transforms stationary robots into mobile systems. This achieves a significant extension of reach without disrupting the control and integration of the system. 7th Axis for Industrial Robots and Cobots New to our product range, in addition to our proven steel 7th axes, we now also offer lightweight aluminum 7th axes, ideal for collaborative robots and applications where weight, dynamics, and easy integration are critical. This sensibly rounds out our offering for lighter loads.

Thanks to the integrated BIDO.X software, the intelligent cameras of the BIDO.X series allow you to perform automated, image-based documentation of products in the production process, packages and pallets in outgoing goods, and more. The images captured are stored locally on the BIDO.X camera along with the capture location, time stamp, and, if applicable, additional information such as an order or serial number. Thanks to the integrated database (SQL) and web service, the captured image and history data can be accessed from any device via an easy-to-understand HTML front end. The storage time of the images and data can be freely selected via a ring buffer, and central storage of the image data on a server drive (FTP) is also possible. The industrial-grade BIDO.X camera systems are available with various resolutions up to 8.9 MP and can be optimally adapted to the specific application using freely selectable lenses and filters.

Big-LinX is your complete package for smooth production operations. With Big-LinX the secure remote maintenance of machines is very easy. In addition, the Big-LinX platform is a comprehensive industrial IoT tool. Thus, Industry 4.0 is within reach for machine manufacturers, as well as Industry 4.0 service providers. With the help of Big-LinX, machines, systems, but also device types such as terminals and industrial PCs are monitored worldwide by a central management. Product benefits: • Secure & stable access to machines & systems worldwide, from anywhere • Collecting and visualizing machine data for a faster overall overview • Carrying out maintenance in risk areas without costly travel and risks • Commissioning of machines and systems without being on site • Improvement of the maintenance intervals without additional personnel • Extended service life of the machine due to optimized remote maintenance concepts • Better service performance through virtual machines • ISO27001 certified Big-LinX Edge Client: With the software-based Edge Client, an industrial PC can be turned into a data collector with little effort. This allows asset data from the devices to be sent to the Big-LinX platform for further processing.

Your reliable partner for drying, storing, and tempering 3D printer filaments for maximum part performance. MAXIMIZE YOUR PART'S PERFORMANCE The DRYCON is the only dual-chamber machine on the market that combines three functions: drying, storage, and tempering. It was designed to be the perfect partner for your 3D printer, helping you unlock the full potential of your additive manufacturing process. DRYCON Delivers Quality Improve the quality, strength, and durability of your 3D prints. Through drying, optimal storage, and tempering, you ensure your parts perform at their best and are durable. WHY DRY FILAMENTS? Improves Print Quality Hygroscopic filaments absorb moisture, leading to bubbles, holes, and poor layer bonding. Drying ensures a smooth surface and higher print quality. Increases Print Success Rate Moisture in filaments leads to irregular flow, causing under- or over-extrusion, stringing, and bleeds. Drying filaments can reduce print errors and failures. Keeps filaments print-ready Completely dried and optimally stored filaments save valuable time. Drying saves you the time required for pre-printing steps, allowing you to start printing immediately. Ensures dimensional accuracy Wet filaments expand unevenly during printing, leading to warping and inaccuracies. Drying ensures precise prints by preserving the material's original shape. Improves mechanical strength Prints made with wet filament are weaker and prone to cracking. Dry filaments, on the other hand, ensure better layer adhesion and more robust prints.

Sustainable adhesive solutions based on bio-based raw materials: Follmann GmbH & Co. KG develops innovative adhesive technologies for the packaging industry that combine performance, efficiency and environmental responsibility. Through the targeted use of renewable raw materials and sustainable manufacturing processes, our solutions actively contribute to reducing reliance on fossil resources – without compromising on quality, processability or operational reliability. Our bio-based adhesives can be seamlessly integrated into existing production processes and are suitable for a wide range of packaging applications.

BionicBack Exoskeleton – Ergonomics for Logistics Heavy loads, long shifts, and high physical strain – daily work in logistics puts significant stress on employees' backs. The BionicBack Exoskeleton is the innovative solution to reduce back pain and increase productivity. ✅ Relieves back muscles and reduces fatigue ✅ Lowers the risk of back problems and sick leave ✅ Enhances performance for efficient and ergonomic workflows ✅ Ultralight (only 1.2 kg) and highly flexible – no restriction of movement The BionicBack Exoskeleton supports employees during lifting tasks, providing long-term relief in daily operations. Experience the future of ergonomics in logistics – with the BionicBack Exoskeleton!

OUR BLANKS - MADE TO MEASURE - SUSTAINABLE We cut our paper honeycomb panels for you. Our cutting machines are able to perform various cutting options such as complete blank, V-cut or slit cut. Strips in different dimensions can also be cut and provided with a self-adhesive element at your request. You tell us which cut you need – we carry out your wish. ADVANTAGES OF HONEYCOMB CUT-TO-SIZE PAPER HONEYCOMB PANELS - Lightweight yet sturdy - optimal protection for your goods - Small and large packaging solutions and protective pads - As you wish: cut to size, incisions, mitre cuts - Self-adhesive blanks also possible - Cost-effective solution, since no tools are required - Flexible way to fill cavities - 100% recyclable - Simple and safe handling - no risk of injury from nails or splinters - No import restrictions according to IPPC regulations

Following its successful market launch in the "42 mm class," Gerdt Seefrid GmbH is continuously expanding its product range of BLDC drives and matching controllers. The Bad Vilbel-based company will be adding 57 mm diameter BLDC motors to its portfolio next year. These drives are available both without gearboxes and in combination with worm gears. The BMC 300H controller for BLDC motors with Hall sensors has been available from stock since the second quarter of 2015. With five digital inputs, five integrated potentiometers for setpoint inputs, two relay outputs, a supply voltage output for sensors, and a CANopen interface, Seefrid's multi-talented device offers a cost-effective way to control brushless DC motors with up to 10 A continuous current. Thanks to its diverse functions, the controller can be used to solve small control tasks even without the use of a higher-level PLC. The BMC 50H BLDC controller is available for motor currents up to 2.5 A and simple applications. This controller also features a good price-performance ratio and high availability.

BLH & BLS Series – Compact 24 V Brushless DC Motors. Both series offer efficient 24 V brushless DC motors with feedback via integrated Hall sensors. They cover a wide power range and enable stable speed control even under load changes. The main differences lie in the functional depth of the respective drivers. The motors are available with various gearbox types, including helical and hollow-shaft flat gearboxes. BLH Series The motors cover 15–100 W and offer a speed range of 100–3000 rpm (or 80–3000 rpm for digital and RS-485 drivers). Three driver types are available: analog, digital, and RS-485 communication, each as a compact PCB driver. Supported functions (depending on model): - Torque limiting - Load factor display - Setting acceleration/deceleration ramps - Multiple programmable speed levels - Free MEXE02 parameterization software. BLS Series The BLS series offers 25–120 W of power at 100–2000 rpm or 100–4000 rpm, depending on the motor type. The drivers are available in two versions: - Simple type with particularly easy commissioning via an on/off signal - as an RS-485 variant with extended parameterization via MEXE02 software

Very large sealing ranges, highest density, very good strain relief and a unique marking - these are the features of the blueglobe. The core element of the blueglobe cable gland is the blue spherical sealing insert. Its innovative geometry achieves strain relief values that far exceed the normative requirements. With regard to protection against dust and water, PFLITSCH sets new standards with IP 68 up to 15 bar for a duration of one hour. In addition, the blueglobe cable gland passes the IP 69 water jet test. The moulded-on inlets extend the sealing ranges of a nominal size by 100 % in some cases. Three types (M16, M25 and M40) are sufficient to securely seal all cable diameters from 4 mm to 32 mm. Conventional cable glands require up to five sizes for this. When the pressure screw is tightened, the captive blueglobe sealing insert concentrates the sum of the forces optimally on the cable being fed through and encloses it over a large area. The optimised force distribution reliably prevents the notch effect that occurs with lamella systems. Damage to the cable sheath is impossible with the blueglobe sealing principle.

BlueLight sensors are true all-rounders that deliver the detection efficiency and process stability your critical application demands. Ideal for use in the automotive, plastics, packaging, and pharmaceuticals industries, these robust, reliable sensors provide an instantaneous response, regardless of the shape, colour, or structure of the object to be detected.

BLV‑R Series – AGV drive system The BLV‑R Series offers high-performance brushless DC motors with a driver, ideal for battery-powered and mobile automation systems. Perfect for AGVs, robotic transport, or compact conveyors requiring precise control, low noise, and efficient energy usage. Highlights • Power Ratings: 60 W, 100 W, 200 W, 400 W & 750 W • Operating Voltage: 24–48 VDC (750 W at 48 V only) • Speed Range: 1–4,000 rpm • Speed Regulation: ±0.01% (load variation) Position Detection: Built-in resolver with ±0.72° stopping accuracy (motor shaft) Mechanical Options Gear Variants: • Parallel shaft gearhead • Hollow-shaft flat gear • Round shaft (gearless) Torque Range: Up to 63 Nm nominal torque depending on configuration Electromagnetic Brake (optional): Ensures holding torque during power loss in vertical applications Functions & Interfaces ATL Function (Advanced Torque Limit): Automatically reduces torque to prevent shutdown under overload Sequence Control: Store up to 256 motion routines (loops, conditions, timers) directly in the controller Connectivity: RS-485 (Modbus RTU), CANopen; ID-Share for multi-axis coordination Typical Applications Ideal for mobile robots, AGVs, autonomous transport platforms, low-profile conveyor systems, and battery-powered motion control tasks where high torque and compact design are essential.

BMU & BLE2 Series – AC-powered Brushless DC Motors with a Shared Motor Lineup Both series use the same compact motor lineup (30–400 W, 80–4,000 rpm) with spur, flat, or planetary gearheads. H1 food-grade grease is available for spur gear types (30–120 W only). Motors are available with IP66 or IP67 protection, making them suitable for demanding environments. The key difference lies in the driver functionality. BMU Series Simple speed control via rotary push-dial on the driver, four fixed speeds programmable, with display for speed and load factor, and built-in protections. Plug-type motor cable enables quick, tool-free setup – ideal for straightforward applications. BLE2 Series Enhanced features: up to 16 programmable speeds, multiple control options (analog voltage, external potentiometer, digital inputs), torque limiting, and load-holding for vertical axes (with optional brake). Includes digital display on the driver. The stainless steel version of the BLE2 series features 200 W output power, an integrated hollow-shaft flat gearbox, and protection ratings of IP67/IP69K – ensuring maximum reliability even under the toughest conditions. Shared Features: Stable speed control under load changes (± 0.2 %) Compact, durable, low-maintenance motors Easy system integration via digital I/Os Available with IP66 or IP67 rating and optional H1 grease (spur gear, 30–120 W) Ideal for precise, compact drive systems in packaging, conveying, food-grade applications and more.

IO-Link is an open communication standard for sensors and actuators, defined by the PROFIBUS User Organization (PI), that can be used for point-to-point connection of sensors and actuators to the control system; fast and reliable data transmission guaranteed. In this context, the BN series control device unit equipped with IO-Link technology stands out as versatile, state-of-the-art device. By connecting to the IO-Link master, the BN control device unit can exchange essential data on the surrounding environment, providing detailed information on the different operating phases. The data sent includes the state of the buttons and different device types, the LED state, the supply voltage, the device utilisation time and temperature. One key feature of the BN series IO-Link control device unit is its ability to detect any out-of-range values in the monitored data. The system can detect any anomalies or potential risks so that the operators can quickly adopt the necessary measures. Besides, with IO-Link technology all the data on the device can be displayed in real time, which means immediate monitoring and precise performance. Plug & Play The Plug & Play technology makes the device easy to integrate in the system without the need for complex and costly wiring. This makes it much easier and faster to replace the device if it gets damaged or malfunctions, without having to dismantle whole parts of the plant. RGB LEDs and customisable colours The new BN series IO-Link control device unit has luminous RGB buttons, cistomisable with a vast range of colours: red, green, blue, yellow, cyan, magenta and white. Other innovative lighting features include the possibility of adjusting the brightness and activating blinking at various frequencies using the IO-Link system. The BN series control device unit with IO-Link technology represents an important evolution for the industrial automation, allowing customisations and control, which can be implemented quickly and easily.