Exhibitor products

Machine Vision for everyone: Simple. Fast. Everywhere. All you need is the evoVIU Edge Camera. It comes with user-friendly, customizable software that you can easily operate from any device. This makes image processing straightforward in every application—whether for SMEs or large corporations.

In mechanical and plant engineering, the task often arises of supplementing the standard HMI with customer-specific command devices, displays, key switches or the easily accessible “emergency stop”. EFCO has now developed an additional control panel suitable for its multi-touch panel IPCs, the design of which is coordinated with its own 15” or 21” panel IPCs. Customer-specific versions are available - ready for installation and pre-wired - starting from 20 pieces. While the smaller multi-touch panel industrial PCs (TPCs) have six slots available on the additional control panel, the larger ones have up to eight. Depending on the customer application, any indicator lights can be installed, selector switches, touch buttons for setting operations, key switches, RFID receivers for easy registration on the machine - or even the classic “emergency stop”. While the latter must be taken into account separately as a safety-related function, the other control devices are conveniently connected via USB. This means that the 16 digital IOs present as standard in all EFCO IPCs remain free - which suits many customers who already use these IOs for sequence controls etc. within their applications. In addition, the USB connection ensures that the additional control panel from EFCO is generally suitable for all PC-based systems. At 391.5 mm, the narrower additional control panel is exactly as wide as the 15.6-inch multi-touch panel IPC; For the larger one, the width of 538 mm corresponds to the housing format of the 21.5-inch TPC. The height is 145 mm each. At 68 mm, both additional control panels are exactly as deep as the panel IPCs and therefore offer all standard command devices enough installation space and, above all, wiring space. The multi-touch panel industrial PCs from EFCO are designed for harsh, continuous industrial use and are suitable for operation with gloves.

In mechanical and plant engineering, the task often arises of supplementing the standard HMI with customer-specific command devices, displays, key switches or the easily accessible “emergency stop”. EFCO has now developed an additional control panel suitable for its multi-touch panel IPCs, the design of which is coordinated with its own 15” or 21” panel IPCs. Customer-specific versions are available - ready for installation and pre-wired - starting from 20 pieces. While the smaller multi-touch panel industrial PCs (TPCs) have six slots available on the additional control panel, the larger ones have up to eight. Depending on the customer application, any indicator lights can be installed, selector switches, touch buttons for setting operations, key switches, RFID receivers for easy registration on the machine - or even the classic “emergency stop”. While the latter must be taken into account separately as a safety-related function, the other control devices are conveniently connected via USB. This means that the 16 digital IOs present as standard in all EFCO IPCs remain free - which suits many customers who already use these IOs for sequence controls etc. within their applications. In addition, the USB connection ensures that the additional control panel from EFCO is generally suitable for all PC-based systems. At 391.5 mm, the narrower additional control panel is exactly as wide as the 15.6-inch multi-touch panel IPC; For the larger one, the width of 538 mm corresponds to the housing format of the 21.5-inch TPC. The height is 145 mm each. At 68 mm, both additional control panels are exactly as deep as the panel IPCs and therefore offer all standard command devices enough installation space and, above all, wiring space. The multi-touch panel industrial PCs from EFCO are designed for harsh, continuous industrial use and are suitable for operation with gloves.

In mechanical and plant engineering, the task often arises of supplementing the standard HMI with customer-specific command devices, displays, key switches or the easily accessible “emergency stop”. EFCO has now developed an additional control panel suitable for its multi-touch panel IPCs, the design of which is coordinated with its own 15” or 21” panel IPCs. Customer-specific versions are available - ready for installation and pre-wired - starting from 20 pieces. While the smaller multi-touch panel industrial PCs (TPCs) have six slots available on the additional control panel, the larger ones have up to eight. Depending on the customer application, any indicator lights can be installed, selector switches, touch buttons for setting operations, key switches, RFID receivers for easy registration on the machine - or even the classic “emergency stop”. While the latter must be taken into account separately as a safety-related function, the other control devices are conveniently connected via USB. This means that the 16 digital IOs present as standard in all EFCO IPCs remain free - which suits many customers who already use these IOs for sequence controls etc. within their applications. In addition, the USB connection ensures that the additional control panel from EFCO is generally suitable for all PC-based systems. At 391.5 mm, the narrower additional control panel is exactly as wide as the 15.6-inch multi-touch panel IPC; For the larger one, the width of 538 mm corresponds to the housing format of the 21.5-inch TPC. The height is 145 mm each. At 68 mm, both additional control panels are exactly as deep as the panel IPCs and therefore offer all standard command devices enough installation space and, above all, wiring space. The multi-touch panel industrial PCs from EFCO are designed for harsh, continuous industrial use and are suitable for operation with gloves.

It is often the little things that make everyday work easier. Lo and behold, here comes the multitool - in this form exclusively available at ipf electronic. The small multitool AY000154 fits in every trouser pocket and integrates a total of eight tools, including six Allen keys for fastening the sensors from ipf electronic for querying pneumatic cylinders. Especially the Allen key with 2.5mm is mostly missing in comparable multitools and also the key with 0.7mm is usually not available in most tool sets. If, for example, the potentiometer of an optical sensor needs to be adjusted, it is not necessary to look for a suitable screwdriver, because the multitool also contains two suitable solutions.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.

Robot guidance made simple and efficient EYE+ XTD brings a new level of flexibility to robotic part localization. Powered by advanced AI algorithms, it provides accurate part coordinates—whether parts are placed on conveyors, in thermoformed trays, or on complex surfaces. From cable connection to first part pick, the intuitive interface guides you step by step—accelerating deployment and boosting productivity in demanding automation environments.

Assess feasibility. Identify risks early. Develop solutions with confidence. Successful machine vision applications start long before implementation – they begin with a structured and well-founded analysis. With feasibility studies and consulting from Ziemann & Urban, you establish the basis for technically sound and economically viable inspection systems. The objective is to identify the right inspection technology for your specific application while evaluating both the testing requirements and system integration as a whole. The focus is on practical, reliable decision-making: Which technology fits best? What constraints must be considered? How can the solution be efficiently integrated into existing processes? Ziemann & Urban approaches these questions systematically, delivering robust recommendations for your quality assurance strategy. Additional services include in-depth consulting, hands-on knowledge transfer, and training. Upon request, risk analyses can be conducted to identify potential weaknesses early and ensure a stable project foundation from the outset. Whether you are addressing a new inspection task, planning system expansion, or managing complex integration requirements: a structured feasibility analysis reduces development risks, accelerates decision-making, and ensures a sustainable, cost-effective solution. Your key benefits: Technically and economically sound evaluation of your inspection task Holistic approach to inspection technology and system integration Increased planning reliability for investment decisions Practical consulting, training, and knowledge transfer Optional risk analysis for additional assurance Ziemann & Urban Consulting – because robust solutions start with clear analysis.

AI Detection Camera Smarter Vision. Lower Costs Omron’s FHV7-AI Detection Camera is designed to simplify and enhance automated judgment inspections. Combining advanced AI capabilities with an all-in-one lighting and lens setup, the FHV7-AI eliminates the need for specialized skills in building complex inspection systems. The camera automatically configures complex conditions and thresholds based on simple input from users, enabling the rapid creation of stable inspection processes. - Self Learn: Automatic self-learning & optimization settings - Simplified Software: Seamlessly integrate multiple cameras for comprehensive inspection coverage - Rugged Design: IP-67 pre-assembled hardware - Flexible Configuration: 1.6MP Colour sensor, White LED lighting & Autofocus lens allow for simple installation - Robust Integration Capabilities: Easily integrate our FHV7-AI Detection camera with existing machinery and automation systems for seamless operation Intuitive on-screen Guidance The Omron FHV7-AI Detection Camera provides a clear, user-friendly interface designed to make machine vision setup faster and more efficient. Operators can configure inspections with step-by-step guidance, while AI-assisted learning automatically adapts to variations in products and conditions. This combination reduces the need for manual adjustments, shortens deployment time, and ensures inspections are carried out with consistently high accuracy and reliability. Omron’s new automatic learning AI takes the complexity out of training. It automatically selects the right images, minimizes over-detection, and delivers highly accurate judgments. With this technology, effective learning is possible using just a handful of images—cutting setup time from hours to only a few minutes. Flexible Autofocus for Any Product Size The autofocus lens supports a wide focal length range of 59 mm to 2,000 mm. This means you can easily adjust focus through simple parameter settings—no manual adjustments required.

Our powerful and high-quality industrial Fiber Laser engraver performs precise markings quickly. Compact, with great communication links and simple to integrate in a manufacturing process, it is the perfect fiber laser marker for metal and plastics. COMPACT DEEP LASER ENGRAVING The heavy-duty design, based on a cast aluminum structure, and high-quality optical components guarantee strength and low maintenance. Whether integrated in a production lines or robotic cell. The integrated laser implementation is easy in all mounting positions, the laser can be oriented to the part surface to significantly reduce installation times and tooling costs. INDUSTRIAL LASER Equipped to meet the needs of Industry 4.0, the fiber laser engraver for metal, can use many network and fieldbus protocols allowing full compatibility with all PLCs brands to ensure quick and cost-effective integration. POWERFUL FIBER LASER MARKER This deep laser marking machine is available in several powers; 20W, 30W and 50W. 20W is adapted for most applications for surface marking, 30W is the solution for fast and high-contrast markings, and 50W is the most suitable solution for deep laser engraving. Looking for a simple & affordable laser marker for metal and plastics? The Fiber ENERGY contains all core features necessary for basic applications.

Fiber optic cables for a wide variety of purposes. We process, among other things: MM and SM cables as well as ST/SC/LC connectors.

FIBRO Rotary Tables – Precise Positioning for Automation & Machining Rotary tables are central elements for automated manufacturing and machine tools. They enable the precise movement and positioning of workpieces and, thanks to their robust construction and versatile applications, are indispensable in modern production processes. FIBRO Rotary Tables for Automation Systems Rotary tables for automation systems perform key tasks in production lines: They transport workpieces between machining stations and ensure smooth workflows. Their ability to be mounted horizontally or vertically allows them to be optimally adapted to different systems. Control is achieved via electromechanical drives – optionally with cam drive or direct drive – for precise motion control and stable operation. This type of rotary table is particularly suitable for tasks such as swiveling, positioning, or as part of assembly and testing systems. FIBRO Rotary Tables for Machine Tools Rotary tables in machine tools precisely position workpieces for machining processes: Ideal for milling, drilling, grinding, or turning, as they enable reliable positioning. Our FIBRO rotary tables cover a wide range of sizes and drive concepts – from standard to NC rotary tables. They offer the highest precision, which is crucial for high-quality machining results. Flexibility and technical features: Indexing & direction of rotation: The indexing of the rotary table is adapted to the number of machining steps, and the direction of rotation can be flexibly set. NC rotary tables: Freely programmable versions enable precise angular positioning via a controller, ideal for complex automation processes. Robust drives: Electromechanical drives ensure stable movements and a long service life.