Exhibitor products

Wiring safety devices can be a major challenge in an industrial automation setting. But the new Pizzato BC series passive distribution box makes the job simple: this device can be used to connect various safety devices with a male 8-pole M12 connector, making wiring tidier and more efficient. Fast and efficient wiring One of the main features of the BC series passive distribution box is that it can be used to group various input and output signals together in one single 19-pole or 12-pole connection using a cable or M23 connector. This really simplifies the wiring and makes it much tidier. What’s more, the BC series passive distribution box lets you replace devices easily, making the maintenance jobs fast and simple. Improved power distribution The distribution box not only simplifies wiring, but it also improves power distribution. Compared to typical series connections, with this device you can connect a higher number of NG/NS switches without voltage drops. This means that reliable power distribution to connected devices can be guaranteed, ensuring proper system operation. Technical features and other advantages The BC series passive distribution box has a number of technical features that makes it the ideal choice for applications on industrial automation systems. These include: Status signalling: The integrated LEDs immediately indicate the state of every connected device, simplifying supervision and monitoring. IP67 protection degree: The compact and totally sealed housing of the distribution box provides complete protection against the intrusion of dust or liquids, making it suitable for any working environment. Several I/O variants available: The BC series includes various I/O models allowing flexibility of connection with a vast range of safety devices. The Pizzato BC series passive distribution box simplifies wiring, improves power distribution and offers a series of technical advantages that make it the ideal choice for industrial automation.

The world of office and industrial cabling is growing ever closer. While the Ethernet used to be the standard for data and voice transmission only in office environments in the past, it is now increasingly used for industrial applications. For this, the cULus listing is increasingly required. Our high-quality cables are used wherever high-speed data transmission of up to 10Gbit / s is required in harsh environments. Here, the industrial cables, IP-protected plug connections fully exploit their advantages with regard to mechanical, chemical and climatic resilience. In addition to voice and data communication, our solutions are also suitable for remote powering of various end devices using Power over Ethernet. The cable assemblies from METZ CONNECT are particularly suitable for IoT, IIoT, M2M, Industry 4.0, ICT, ICT and ICT. The solution you need is very easy to configure using the cable configurator, try it yourself and challenge us. Please also note our other assembly solutions for the various areas of application for data communication, which are covered by the cable configurator.

Development of PCB layouts optimized for EMC, thermal performance and manufacturability.

Peakboard BYOD (Bring Your Own Device) is a real game changer for anyone who works with Peakboard - or would like to do so in the future. For the first time, it is possible to utilise the full power of the Peakboard solution on your own hardware - flexibly, scalably and without any restrictions. Peakboard BYOD thus breaks with the previous paradigm that every visualisation has to run on a dedicated Peakboard box. Instead, companies can use their existing infrastructure - whether industrial PCs, virtual machines or panel PCs directly on the machine - and run the same dashboards there as on a box. This means maximum freedom: anyone already using their own hardware setup or relying on virtualisation saves additional investment in hardware. At the same time, everything that characterises Peakboard is retained: Real-time visualisation, interactivity, low-code dashboard design, flexible data connection and robust, decentralised operation. BYOD is not just an alternative to the Peakboard Box - it is the perfect complement for larger rollouts, for projects with special hardware requirements or for companies that prefer centralised management and automated deployment. Any customer who wants to drive forward their digitalisation quickly, flexibly and efficiently should consider Peakboard BYOD. It lowers the barrier to entry and increases scalability - with full control and proven Peakboard quality. It is the next logical step in the evolution of Peakboard - and the fastest way to take shopfloor digitalisation to the next level.

In the role of the hacker, we test devices, networks, services and applications as well as the behavior of employees. We uncover vulnerabilities and provide you with recommendations on how to fix them. Our specialists cover a wide range of technologies. This allows us to address very specific requirements, whether specialized cloud environments, Internet of Things (IoT) or proprietary hardware devices. Our specialists cover a wide range of technologies. This allows us to address very specific requirements, whether specialized cloud environments, Internet of Things (IoT) or proprietary hardware devices.

Permanent electro magnet with a magnetic holding force achieved without current. Neutralization of the holding force by a short current pulse.

PF3

The PFHE represents an economically attractive alternative for high-load applications in which high radial loads occur. The combination of special pre-stressed inclined roller bearings and a flanged output shaft in accordance with EN ISO 9409-1 gives the PFHE a very high load capacity. Thanks to the radial shaft seal that is used, this gearbox achieves protection class IP65 at the output side and can therefore also withstand adverse usage conditions

Alternative PROFINET I/Os

Sensors in this category can use light to detect or count objects contactlessly, measure distances and detect light, color, gloss or luminescence. Photoelectronic sensors are not only characterized by their functionality, but also by their space-saving design. The additional connection of special fiber-optic cables permits their use in extreme conditions such as cold, hot or tight spaces. The broad portfolio of photoelectronic sensors is divided into 15 product categories to meet the requirements of a wide range of applications. Each category offers a variety of solutions to ensure the right sensor size is available for each specific application. The designs include cubic, metric and hybrid shapes in plastic, aluminum or stainless steel housings. The optical sensors operate reliably in a temperature range of –50 to +250 °C and offer a detection range of 0 to 100,000 mm.

Piab’s BLFF is a high-performance family of suction cups designed for warehouse automation, e-commerce, logistics, and industrial handling processes. The soft, adaptable lip reliably seals against bags, cardboard, porous materials, and irregular or deformable objects. At the same time, the sturdy bellows design provides sufficient strength for heavy boxes, flat crates, and dynamic robot movements. This allows a wide variety of products to be handled with the same gripping solution, reduces product changeovers, and makes picking processes more efficient. The BLFF is available in Ø 42 and Ø 55 mm, as well as in medium and hard hardness grades. Recyclable TPE, removable metal fasteners, and a robust, abrasion-resistant construction facilitate maintenance, replacement, and recycling. The suction cup is suitable for centralized and decentralized vacuum systems as well as for single and multiple grippers. Translated with DeepL.com (free version)

The Pick-and-Place Robot PPR is a compact assembly automation system for the fast and precise handling of sensitive components, for example in electronics manufacturing. It combines basic motion axes with integrated sensors such as force measurement, pneumatics and control technology to ensure safe pick-up and placement of delicate workpieces. The patent-pending PPR captures and analyses process and sensor data in real time, optimising cycle times and placement forces. This results in stable, highly dynamic processes with minimal development effort. - Reduced workpiece damage, shorter cycle times, integrated process control - PPR as an all-in-one model with integrated drive, sensors, pneumatics and control module - THK's sensor technology detects even the smallest forces as soon as the workpiece comes into contact with the suction nozzle: a highly precise force sensor measures minimal contact forces during placement (resolution down to 0.01 N) - A force resolution of up to 0.01 N enables throughput rates of up to 9,000 workpieces per hour per module

This Delta robot has a handling capacity up to 1kg and a reach of 280mm in diameter makes the M-1 series, ideal for all applications to handle low payloads. M-1 Series, the solution for: Small parts handling Small parts picking and packaging Assembly of electronic and mechanical devices Machine load/unload operations

Fully electric vacuum generation; no compressed air infrastructure required. Its light weight and compact dimensions allow it to be mounted directly onto the cobot’s tool flange. Maximised energy efficiency across all components and functions. The power supply from the cobot arm is sufficient to drive the gripper unit. The elimination of air hoses simplifies installation and allows for completely unrestricted movement of the cobot arm. Plug & play software and interface available for UR e-series and Fanuc CRX. Compatible with piCOBOT® programming accessories – such as tool changers, docking stations and gripper tools. Generic electrical interfaces with multiple mounting options are available to suit any other cobot or small industrial robot.

piPREMIUM 600-1600 is a line extension of the previous piPREMIUM family which has been available in size 100-400. The target for the extension is the food and pharma industries who need higher capacity.