Exhibitor products

Automated deburring is more than just a machining step – it's a promise of quality. As a pioneer in defined, robot-based deburring, WMS engineering develops solutions that combine the highest precision with maximum process reliability. For decades, we have stood for technologies that guarantee reproducible results, even with complex geometries and demanding workpiece surfaces. [de.linkedin.com]

Our automated guided vehicles are customised to a high degree of automation without restricting their flexibility. This enables seamless integration into existing and dynamically changing productions structures. In addition, our unique energy management system ensures 24/7 operation. We offer modular solutions here in order to be able to react flexibly to the individual needs of our customers. Our modular ConTrax® system provides the ideal basis for this.

Automated unloading of a rotary indexing unit, insertion into blister packs, stacking blister packs, ejection of the packing crate.

Feinwerktechnik Otto Harrandt GmbH developed an innovative assembly station that structures and efficiently designs the entire joining process. It utilizes high-precision force-displacement monitoring, which enables detailed control of the joining process and immediately detects any deviations. The team solved a particular challenge: the double joining of both bearing shells using a clever mechanical layout and design. The developed assembly station not only offers advantages for the automotive industry, but can also be adapted to other industries and components. Thanks to its flexible control and precise force-displacement monitoring, the technology is suitable for applications in the aerospace, mechanical engineering, defense, and agricultural sectors. Components such as bearings, shafts, and other precision components can be assembled with the highest precision, increasing quality and efficiency across all industries. The introduction of the Harrandt machine led to a sustainable optimization of the assembly process. The precise control and monitoring of each individual joining process significantly increased process reliability, significantly reducing errors and scrap. This not only ensures consistently high quality of the assembled components, but also minimizes costly rework and material waste. Thanks to the integrated force-displacement monitoring, every production step can be precisely documented and evaluated. This creates complete transparency throughout the entire assembly process and enables predictive maintenance, thereby reducing unplanned downtime. This successful collaboration underscores the innovative strength of Feinwerktechnik Otto Harrandt GmbH and demonstrates how customized automation solutions contribute to increased efficiency in industrial production.

k-tech not only realizes assembly and production systems for their customers but also integrates the quality assurance process. We can carry out these functional tests either as intermediate steps or at the end of the manufacturing process. We would be glad to support you with your next project. All relevant information on the subject of automated testing technology at k-tech can be found here. Our portfolio for test equipment construction includes: Single part and small-batch production Manufacturing and assembly of small appliances Custom test adapters Contacting device Feeding, separating and sorting systems for micro-components Joining, positioning, press-fitting or screwing applications Handling and assembly of micro-components Calibration systems for magnetic coil sensors Measurement systems for quality assurance Assembly systems (cycle systems, automatic rotary indexing tables, robot systems, etc.) Functional test EOL test (End of Line) Retrofit For more technologies, refer to our Technologies section

- construction and production according to customer requirements in various sizes, materials and variants. - more than 300 systems in use worldwide. - enables a continuous, effi cient and fast stacking as well as component pick up in smallest spaces. - areas of application: Component transportation and buffer stations | logistics container construction | drawers | LCA systems and much more.

Vielen produzierenden Unternehmen ist längst klar, wohin die Reise in der Automatisierung geht: Es braucht intelligente, modulare Anwendungen und herstellerübergreifende Schnittstellen, um möglichst flexibel produzieren zu können. Unklar sind aber oftmals die konkreten Schritte dahin. Wie wir Sie unterstützen Es gibt verschiedene Szenarien für die Prozessplanung und Optimierung in der Automation. Sie haben ein Ziel und eine Anforderung definiert, aber es fehlt noch die klare Vorstellung, was der richtige Weg ist, damit alle Module ineinandergreifen? Wir erheben den Ist-Zustand und zeigen verschiedene Möglichkeiten zur Optimierung auf. Ein Beispiel: In einer Käserei werden Rohlinge für den nächsten Verarbeitungsschritt über die Straße gefahren – und für das Verpacken wieder zurück. Wir legen dar, wie die Prozessschritte besser aufeinander abgestimmt und Prozesskosten vermieden werden können. Ein anderes Szenario: Das Maschinenkonzept soll überarbeitet werden. Beispielsweise hat ein Kunde innerhalb seines Automationsprozesses eine Drehmaschine und eine Fräsmaschine. Ziel ist es, dies in einer Maschine – einem Dreh- und Fräszentrum – zu verbinden. Auch hier betrachten wir die Abläufe, zeigen das Optimierungspotenzial auf und machen Vorschläge. Diese reichen bis hin zum konkreten Produkt: Wir empfehlen die passenden Lösungen wie modulare oder mobile Standardzellen, Speicherlösungen oder Pick & Place-Systeme – herstellerunabhängig.

Automation solutions for efficient, safe, and future-proof production and plant processes. Our automation team supports you in these areas: - Electrical design - PLC & visualization - Robot programming - Process control systems - Mechanical design - FEM calculations - Machine and plant safety - Measurement and testing technology - Technical documentation

In the Automation business unit, we develop and implement customized control and drive technology systems as well as industrial IT for our customers. The spectrum ranges from classic control systems to complex and high-precision drive solutions to extensive SCADA and MES applications. Our strength lies in combining the right technologies. All our projects are coordinated by an efficient project management team. Many of our customers involve us at an early stage and entrust us with the preparation of detailed specifications and tender documents. We undertake such pre-engineering for new plants, but also very often for retrofits, in which existing machines and plants receive new control and instrumentation technology. With our software know-how, we build the bridge between classic control technology and current IT systems for our customers. The aim is always to provide reliable, powerful and pragmatic solutions that prove themselves for our customers in everyday production and can grow with their requirements. We also focus on the benefits and specifications of our customers in hardware planning and control cabinet construction. All standards given to us are implemented in planning and manufacturing. Assembly management, installation and commissioning on site and all over the world are an important key to the performance of our plants.

Value creation is the top priority for Infranor. We pass this on to our customers by being ready to adapt the manufacture, design and functionality of our products so that we can deliver customized drive solutions and servo components. Our solutions are based on extensive product and application know-how, technical expertise, flexible internal manufacturing capacities and are always optimally tailored to the needs of our customers. We implement strategic system solutions for our customers in close cooperation. Through partner-like cooperation with suppliers to supplement our product range and the offer to use our free basic software, we are able to offer our customers easy-to-use, powerful and economical systems.

When automation components can be combined with each other, this reduces the engineering effort, significantly shortens project runtimes, and the start of production can take place sooner. Not only can WEISS products be combined, they can also be easily integrated in the overall system as functional subsystems. Linear Transfer Systems from the LS Series are used as the basis for such subsystems. They are designed to achieve linear, continuous assembly processes in a tight space. At the same time, the LS Linear Transfer Systems are the perfect platform for other WEISS components such as HP Pick & Place Modules, Delta Robots, Rotary Indexing Tables, or Linear Axes. WEISS works in close coordination with system integrators, machine builders and users when engineering these functional subsystem solutions. WEISS solutions are mechanically matched to one another from the start. At the software level, the W.A.S. Control Packages ensure that components can communicate with each other and be integrated at any time. The packages are compatible with one another and, because of different interfaces, with the higher-level PLC too.

APC-5712 is designed for industrial automation environments. Also suitable as an embedded computer or as an IoT gateway for edge solutions Key features: • Intel® N97, 4 cores, 6 MB Intel® Smart Cache, max. TDP 12 W • 2x USB 3.0, 2x USB 2.0, • 1x RS232, 1x RS485, • HDMI (3840 x 2160 @30Hz) + DisplayPort (4096 x 2160 @60Hz), • 1x full-size PCIe Mini expansion slot, support for Wi-Fi, 3G/4G modules, SIM card slot • 2 programmable LEDs Highlights Intel® Processor N97, with a 2.0GHz base frequency, 6MB L3 cache, and a 12W TDP. Engineered specifically for reliability in rugged edge and embedded applications. Robust Industrial Design Its compact size (170mm x 112mm x 48mm) and flexible wall/DIN-Rail mounting enable deployment in space-limited enclosures, with operation from -20℃ to 60℃. Ideal for industrial automation, machine vision, edge computing, and IoT gateways. Its fanless construction ensures high reliability with minimal maintenance, while 12V~24V DC input tolerates industrial power fluctuation. Rich Interfaces & Connectivity The unit delivers comprehensive connectivity: 4 network ports support complex topologies, equipment integration, and gateway functionality. 2 USB3.0 ports enable high-speed connection to cameras/scanners, while two USB2.0 ports handle peripherals. A dedicated Mini PCIe slot expands communication capabilities with 3G/4G modules. HDMI and DP output driver local displays/HMIs, an audio interface support basic voice function, and programmable LEDs provide visual status/alarm indication for rapid diagnostics. Robust and Reliable Complied with IEC 60068-2-64 and IEC 60068-2-27 standards, as well as random vibration tests and mechanical impact tests. CE and FCC Class A certified