Exhibitor products

In the field of safe and flexible operation of industrial plants and machines, the M2Smart®HMI5 is the optimal, mobile solution. Where stationary or wired operating systems had to be used in the past, the M2Smart® HMI5 with the associated safety components offers completely new possibilities. Via a “functionally safe” radio connection, it is possible for the first time to meet the requirements of, for example, the Machinery Directive in terms of safety equipment of a machine even with a wireless operating system. Both the emergency stop button, which is obligatory in this environment, and a three-stage enabling switch are located directly on the handheld and the corresponding signals, packaged in an encrypted “data packet”, are transmitted via Bluetooth to the M2Smart® Gateway, which takes over the transfer of the data to the machine. A major focus here is on the usability of the system.

With the smart2i BDE system, you can collect machine data, production, and order information in real time—directly on the production line. Dashboards, reports, and alerts provide transparency regarding performance, utilization, and downtime. This allows you to lay the foundation for informed decisions to increase efficiency in your production.

Our portfolio for functional safety includes certified components for machine and plant engineering.

Machine vision cameras from wenglor deliver high image quality in a compact housing format. The cameras can be integrated into any system easily and flexibly thanks to the small and robust housing and the standardized C mount threaded connection for lenses. State-of-the-art CMOS sensor technology ensures high resolution and optimum image quality without noise even in difficult lighting conditions. Thanks to image chips in monochrome or color as well as with rolling shutter or global shutter technology, high-resolution recordings are possible in static and dynamic applications. The machine vision camera can be flexibly adapted to individual application requirements by mounting various filters that reduce reflections, increase contrast or protect against interference.

Machine vision controllers are analysis modules for processing images and 2D height profiles, as well as for result output. In combination with machine vision cameras and 2D/3D profile sensors, they are the heart of various vision systems and are used in numerous image processing applications. The compact design with fanless cooling allows high performance and offers maximum flexibility for easy and space-saving installation. Quick and easy initial start-up is made possible by the pre-installed uniVision software packages. Different model variants offer connections for up to 16 devices at the same time. Various interfaces ensure ideal connectivity.

Software for image processing technologies is used to parametrize and evaluate smart cameras, image processing systems, 2D/3D profile sensors and 3D sensors. They allow adjustment and maintenance work to be carried out regardless of location. The software portfolio supports both rule-based image processing algorithms and advanced deep learning technologies, such as Deep OCR for optical character recognition. The intuitive user interface makes it quick and easy for new users to get started. Additional support is provided by templates and examples of common standard applications to help you get started. For experienced users, the software offers not only parameterization of image and profile modules, but also programming using HALCON Script, making it a flexible and powerful solution for a wide range of industrial applications. It also has common industrial interfaces to programmable logic controllers and robots. Additional software tools enable searching and finding of machine vision devices in the network as well as 360-degree profile recognition and display of height profiles and point clouds.

The MagikNUT® is a polyamide locknut with a built-in stainless steel clip mechanism for EMC shield connections. The MagikNUT® can be used with plastic cable glands and plastic fittings, offering users a high level of EMC protection, quick installation time and savings in material costs.

scalable, cost-efficient, wear-free

Mains filter

The Liftronic® series, also known as INDEVAs, is the latest generation of advanced, electronically controlled industrial handling manipulators. They are the further development of conventional handling devices and part of the innovative product group of load handling devices, also known as Intelligent Assist Devices. be referred to. An INDEVA® Liftronic® offers numerous important and unique advantages over traditional pneumatic handling devices, particularly those of automatic weight detection and automatic load balancing. • Increased productivity: With an INDEVA®, production levels are maintained throughout the entire work shift and the employee's well-being is increased. • Improved ergonomics: A touch-sensitive handle allows you to raise or lower heavy loads by simply touching the handle with two fingers. Very little human effort is required for all lifting, positioning and lowering work. • Greater precision: With significantly greater speed and accuracy than traditional handling equipment, an INDEVA® offers unmatched precision, allowing the operator to intuitively work at a speed appropriate to the task. The operator has complete control with minimal effort. • Ease of use: Automatic weight detection and automatic load balancing occur in real time, eliminating the need to preset the load or hold down buttons. For even better precision, Float Mode allows the operator to guide the workpiece with their hands directly on it. • Environmentally friendly: low carbon footprint thanks to efficient and low energy consumption of 700W. For applications that require fast and fluid movements as well as precise positioning of the load, the INDEVA® - Liftronic® series is the perfect solution.

the new generation of digital pressure gauges

The Markforged FX20 The FX20 is the largest, fastest, and most sophisticated 3D printer Markforged has ever created. Engineered from the ground up for unparalleled performance and reliability, the FX20 large format 3D printer takes our patented composites technology to a larger scale, creating new possibilities for new applications and industries. Capable of printing high-temperature thermoplastics with the continuous carbon fiber, it delivers high-strength aerospace-grade parts at the push of a button. Even more stable components with ULTEMTM 9085 filament Built for everything from high-performance tools and jigs to ready-to-fly production parts, the FX20 is the first 3D printer in the Markforged family to be able to reinforce ULTEM™ 9085 filament with continuous carbon fiber. The material is particularly characterized by its high heat and chemical resistance and also has the highest tensile and flexural strength. In addition, of course, the conventional materials can be printed such as Onyx, Onyx FR, Onyx ESD, Nylon White and a support material for ULTEM TM 9085, the ULTEM TM Filament Support. In the picture on the left is our colleague Jan Geese, Head of Application Engineering, with a feeding shoe from PLAN4 Engineering GmbH. The part was printed on the Markforged FX20 in around 66 hours with the dimensions 501 x 396 x 344 mm and 3160 cm³ Onyx.

The FX20 is the largest, fastest, and most sophisticated 3D printer Markforged has ever created. Engineered from the ground up for unparalleled performance and reliability, the FX20 large format 3D printer takes our patented composites technology to a larger scale, creating new possibilities for new applications and industries. Capable of printing high-temperature thermoplastics with the continuous carbon fiber, it delivers high-strength aerospace-grade parts at the push of a button. Larger and heated installation space for your applications An even larger and heated installation space ensures components of the highest quality. Includes a heated build chamber capable of maintaining a temperature of up to 200°C. Prints up to 8x faster than the default print settings of existing Markforged composite printers. – Large material spools with 3200 cm² – 3 nozzle print head – Precision ground vacuum bed – Reusable print sheets – Touch screen interface Even more stable components with ULTEMTM 9085 filament Built for everything from high-performance tools and jigs to ready-to-fly production parts, the FX20 is the first 3D printer in the Markforged family to be able to reinforce ULTEM™ 9085 filament with continuous carbon fiber. The material is particularly characterized by its high heat and chemical resistance and also has the highest tensile and flexural strength. In addition, of course, the conventional materials can be printed such as Onyx, Onyx FR, Onyx ESD, Nylon White and a support material for ULTEM TM 9085, the ULTEM TM Filament Support. In the picture on the left is our colleague Jan Geese, Head of Application Engineering, with a feeding shoe from PLAN4 Engineering GmbH. The part was printed on the Markforged FX20 in around 66 hours with the dimensions 501 x 396 x 344 mm and 3160 cm³ Onyx. The “ULTEM™ and 9085 trademarks are used under license from SABIC, its affiliates or subsidiaries.

The compact entry-level model for industrial continuous fiber reinforcement – strong, precise, and proven The Mark Two is the workhorse among Markforged's desktop printers – compact in size, powerful in performance. It combines precise industrial 3D printing with the ability to massively reinforce components using integrated continuous fibers. This creates components that not only look like plastic but also behave like metal. Printing is primarily done with Onyx, a nylon reinforced with microcarbon fibers that is characterized by high stiffness, dimensional stability, and a sophisticated matte surface. For areas subject to particularly high stress, continuous fibers such as carbon, Kevlar, or fiberglass can be inserted directly into the components – automated, layer by layer, precisely where the load is applied. With its open yet protected build volume and intuitive Eiger software, the Mark Two is ideal for anyone looking to produce prototype-quality industrial components or fully functional equipment, fixtures, and spare parts in-house – without the need for a production shop. Key Features: Build Volume: 320 x 132 x 154 mm Materials: Onyx, Onyx FR, Smooth TPU 95A Continuous Fibers: Carbon, Kevlar, Glass Fiber, HSHT Glass Fiber Compact Desktop Printer with Industrial Precision Ideal for Development, Workshop, and Production-Level Environments The Mark Two is a proven entry-level printer into the world of fiber-reinforced additive manufacturing – for anyone looking to print real components, not just models.

3D printing metals easier than ever - an industrial revolution The Metal X significantly accelerates your innovation and delivers metal components unmanned. The Markforged Metal X system is a simple way to fabricate complex metal parts from a variety of metals. From construction to fully functional Metal parts in under 28 hours with the Markforged Metal X. Simple, yet powerful! The Metal X is one of the most intuitive metal 3D printers on the market. Print a wide range of materials from stainless steel to copper with minimal training in a closed workflow. Scaling capacity is easy; just add printers. Safe and inexpensive. The Metal X is designed to be safe to use and accessible to all users. Costs are many times less than DMLS metal 3D printing systems and require no dedicated operator, powder management system and minimal PPE. Quality parts, received quickly The Metal X is specifically designed for consistent part quality and a seamless user experience. Markforged combines superior software, materials research and an advanced drive system to deliver industrial quality parts quickly and reliably. The ADAM technology Atomic Diffusion Additive Manufacturing – The Process of Markforged Metal X The Metal X uses innovative technology. The printing material consists of a very high concentration of metal powder bound in plastic and wax. It is then printed using the proven FFF / filament process - completely without metal dust. Debinding removes the wax content from the component. Atomic diffusion occurs through the subsequent sintering process. The end result is a homogeneous metal component.