The Asset Maintenance management platform for your SAP System Discover our asset maintenance management platform, Ready4 Asset Management, for your maintenance and field service. Simplify and digitalize the end-to-end maintenance flow and field service of your assets. Ready4 Asset Management provides a complete operational-focused support to all your key stakeholders in their day-to-day workload and responsibilities. Ready4 Asset Management (R4AM) has been designed to industrialise and automate your maintenance processes. It gives you a real-time 360-degree on your entire data flow across all your SAP systems. From instant notification creation and alerts to work order management, master data, planning, scheduling and execution, each process is simplified and intuitive. - Workflow dashboards & work preparation cockpit - Visibility of maintenance history - Spare parts and tooling reservation - Dynamic resources allocation & accurate capacity management - Visual scheduling with graphical Gantt charts - Full mobile online/offline access for field engineers

The remberg AI Copilot is an GenAI-powered assistant designed for maintenance, operations and service teams. It enables teams to solve technical issues more efficiently by providing specific knowledge about existing assets at the touch of a button. This results in an increase in productivity of up to 25% and reduces the time to solve technical issues by over 75%. The AI Copilot searches relevant documentation and reports to deliver precise answers to technical questions. It includes the sources and important text excerpts so that informed decisions can be made without the need for manual research. The integration of the AI Copilot makes all knowledge of a plant accessible 24/7. This helps to counteract the shortage of skilled technical staff and to maximize plant uptime.

The cloud-based and user-friendly remberg maintenance software is a holistic, AI-first maintenance software that helps organizations to operate their assets efficiently and safely. With preventive maintenance planning, comprehensive incident management, clear spare parts management, central work order control and a mobile app, you can keep track of everything at all times. In addition, the AI copilot helps to resolve incidents faster and optimize maintenance processes sustainably.

No spare part. No drawing. What now? A familiar scenario: A critical component needs to be replaced – but the manufacturing drawing no longer exists. This is not uncommon, especially with older systems. The physical part is available, but 3D data, dimensions, and tolerances are missing. This is precisely where reverse engineering comes in. Together with Me-go AG – specialists in high-precision 3D scanning – we have established a clear process: from high-precision 3D scanning and digital reconstruction to a production-ready drawing. This combination of precise measurement technology and sound engineering expertise makes it possible to reliably bring even complex components back into the digital space.

Quick, Precise Tool Switching for Robotic Arms From small cobots to high-load industrial robots. Boost flexibility and reduce changeover time with KOSMEK’s patented Zero-Backlash Technology and maintenance-free robotic hand changers. As part of our Factory Automation solutions, they support reliable automated tool changes across robotic cells. - Zero-Backlash Precision - High Precision: 3 um Repeatability - Payload Range: 0.5 kg to 360 kg - Pneumatic, Mechanical, or Manual Types - A Variety of External Options - High Durability: Tested Over 2 Million Cycles

Mit SAMBESI smart Anlagen verwalten und instand halten! Mit SAMBESI können Sie … ✔ Tätigkeiten dokumentieren ✔ Prozesse vereinfachen und die ✔ Verfügbarkeiten steigern Mit der Betriebs- und Instandhaltungssoftware SAMBESI behalten Sie den Überblick über Ihre Anlagen und Ihren Betrieb. Ihre Vorteile mit SAMBESI: + digitale Instandhaltung und Anlagenverwaltung + einfacher Nachweis Ihrer Pflichten + clevere, digitale Wissensplattform + jederzeit kompetent beraten + einfach Bedienung und überall einsatzbereit + vielfältig und modular einsetzbar Mit SAMBESI haben Sie die Datenflut der gesamten Instandhaltung und Anlagenverwaltung im Griff. Sie erhöhen die Verfügbarkeit Ihrer Anlagen, führen die Instandhaltung effizienter aus und senken damit die Kosten. Darüber hinaus bleibt das Know-how über den Zustand der Anlagen zu jederzeit in Ihrem Betrieb. SAMBESI ist herstellerunabhängig und lässt sich mit beliebigen Drittanwendungen verbinden. Zahlreiche Module und Funktionen sowie die NFC-Technologie erleichtern Ihren Arbeitsalltag zusätzlich.

With the growing complexity of automation software, code quality assurance is becoming increasingly important. SIGMATEK's LASAL CLASS engineering tool now offers an optional “Static Code Analysis” (SCA) extension for checking control code created in Structured Text. SCA checks the code base for possible runtime errors and undefined behavior, such as uninitialized variables, returning a pointer to a local variable, implicit conversions, etc. – without having to execute the code. A large number of different, simultaneously running test rules analyze a wide variety of aspects of the control code and identify any quality defects, non-compliance with guidelines, or violations of internal coding standards at an early stage. Trivial errors that are often difficult to find can be prevented by using SCA, reducing the workload on the team and increasing productivity and software quality, not only during development but also during maintenance. Users have very flexible configuration options: each of the more than 50 predefined rules for variables, types, functions, and methods can be parameterized individually. The tool can also calculate metrics. Metrics are measures that evaluate various aspects of the code base. Fully configurable naming conventions are also possible. The rules, metrics, or naming conventions can be enabled or disabled – both individually and in groups. Automated basic checks allow reviewers to focus on the correctness of the logic and architecture. The analysis in a separate output window clearly displays error messages, which can be double-clicked to jump to the corresponding location in the code. Configurable, color-coded priority levels for individual errors in the output provide clarity. Error output can be suppressed line by line using code comments.

With our flexible and customized approach to control cabinet manufacturing, we deliver reliable solutions precisely tailored to your specific requirements. Our range of services includes not only the precise assembly of high-quality control cabinets, but also the complete sourcing and integration of all required components, including professional cable assembly. In addition, we manage the entire logistics process to ensure efficient and on-time delivery of your systems. This allows you to benefit from a complete end-to-end solution from a single source — reliable, cost-effective, and practice-oriented. Rely on our expertise and experience for comprehensive solutions in modern control cabinet manufacturing.

At the heart of uKonn-X is a software solution that uses customer data such as electrical PDF circuit diagrams, etc., to create a bill of materials (BOM). The software then generates a clear, interactive 2D/3D view of the assembly or the entire machine. uKonn-X generates digital navigation maps, similar to Google Maps, where the BMK of the components used, such as sensors and actuators, fieldbus modules, and connectors, are the street names and house numbers. This system guides the user to their destination and allows them to see exactly where the electrical components are located and how they are correctly wired on their mobile device. SCAN Assembly department employees scan the components marked with QR codes using handheld scanners. Their positions are immediately displayed in the 2D layout view or in the 3D machine model. INSTALLATION The positioning of the components and the start and end points of the cable connections are visually highlighted. Even people who are unfamiliar with the location are guided intuitively and can reach the specified connection point without in-depth technical knowledge. DOCUMENTATION Once a task has been completed, the user confirms that the assembly has been carried out correctly, thereby triggering documentation in the program and enabling the next task in the assembly process to be carried out until completion. The production management team has live access to data on work progress and expected completion, as well as a readiness report.

Efficient Root Cause Analysis with SAP PM – Smartly Integrated in the argvis Maintenance Portal** In many companies, maintenance ends after a fault has been resolved. But this is precisely where the crucial step toward sustainable optimization begins: structured root cause analysis. With our solution in the argvis Maintenance Portal, we enable precisely this – seamlessly integrated into SAP PM and intuitively usable on mobile devices or the web. Our root cause analysis builds directly on existing maintenance processes and utilizes standard SAP objects such as notifications, orders, or damage patterns. Users systematically record causes and actions – guided by smart selection lists, check logic, and tried-and-tested templates. The system remains flexible: Custom analysis models such as 5-Why or Ishikawa can be integrated without the need for complex SAP customization measures. The database creates transparency about recurring faults, typical weak points, and potential for improvement – visualized in the portal via clear dashboards or exported for further processing. This turns every maintenance measure into an opportunity for continuous improvement. Particularly noteworthy: The solution is ready to use right away, as it is based on the standard functions of SAP PM and requires no additional back-end development. At the same time, it remains mobile, offline-capable, and easy to use – a real advantage for on-site maintenance staff. With the argvis Maintenance Portal, root cause analysis becomes an integrated part of maintenance – for fewer downtimes, lower costs, and increased plant availability.

AR Vacuum, part of the Metal Work Group of Companies, designs and manufactures a complete range of high-performance vacuum components and systems for industrial applications, focusing on efficiency, reliability, and energy savings. Vacuum components and systems A wide range of vacuum products designed to optimize handling and production processes across multiple industries, including packaging, robotics, and material handling. Special projects Custom-engineered vacuum solutions for bulk material transport, with particular attention to pharmaceutical and food applications. Systems are designed according to customer requirements, including material compatibility, environmental conditions, and hygiene standards. Robot grippers Complete vacuum gripping systems for industrial robots, available in both pneumatic and electric configurations. These solutions are tailored for applications such as palletizing, pick-and-place, assembly, and packaging, ensuring safe and flexible handling of various objects. Vacuum lifters Systems designed for handling large and heavy materials such as metal sheets, glass, marble, concrete, and plastic. Equipped with suction cups and vacuum stations, they ensure safe lifting and precise control. Configurable layouts allow adaptation to different workpiece sizes, with options for electric or battery-powered vacuum pumps.

Control cabinet-free automation Out into the field, decentralize, modularize, combine technologies, use energy more efficiently, reduce and simplify complexity. And find smart solutions. This is what Vario-X achieves: 100 percent decentralized, cabinet-free automation! Vario-X is a consistently flexible and scalable automation platform with maximum openness and performance at all levels and at all interfaces. Because the future of automation is cabinet-free.

The M2Smart® HMI10 with the corresponding safety components (emergency stop, enabling switch) is the ideal mobile solution for the safe and flexible operation of industrial systems and machines. Where previously stationary or wired systems had to be used, the M2Smart® HMI10 with the associated safety components offers completely new possibilities and increased freedom of movement and flexibility thanks to the wireless solution

Maximum mobility with the highest level of safety up to Cat. 4 / PL e or SIL 3 The new wireless safety system RE 6900 from the SAFEMASTER W series is the perfect solution if you want to work safely and reliably in hazardous areas during maintenance or machine setup - with maximum mobility. The wireless enabling switch enables safe operation and prevents the unintentional initiation of dangerous movements, as only an activated centre position of the three-stage switch gives the wireless enable for machine movement. Releasing or pressing the switch interrupts the movement and triggers a safetyrelated shutdown. Thanks to its ergonomic design, the wireless enabling switch f its perfectly in the hand and allows intuitive one-handed operation - with maximum safety up to Cat. 4 / PL e or SIL 3. The wireless enabling switch is primarily used in robotics for service and maintenance work, while the wireless emergency stop is particularly convincing in large-scale facilities, transport or logistics areas - anywhere where a quick response from a distance is required. With bidirectional wireless communication, motion and shock detection and user authentication via RFID the wireless safety system RE 6900 enables maximum safety and flexibility in everyday industrial use. - For safety applications up to Cat. 4 / PL e or SIL 3 - Maximum mobility with the highest level of safety - Ergonomic design for fatigue-free working

Simply plug functional modules as a whole into preconfigured circuit boards instead of time-consuming and error-prone wiring of individual wires: This is the basic concept behind the new ‘X-Dias’ I/O system, which SIGMATEK officially launched last year at the SPS trade fair as an addition to its proven ‘S-DIAS’ control portfolio. It was developed by the local automation expert at the suggestion of and in partnership with Emco-Test, a long-standing customer, also based in Salzburg. The globally successful manufacturer of high-quality hardness testing machines was looking for a solution that would, on the one hand, keep the packing density of the increasingly complex control system under control despite the continuously growing range of variants and functions and, on the other hand, make the connection technology faster and easier to install, future-proof and yet economical – all while maintaining a high degree of modularity and production volumes in the mid three-digit range. This seemingly impossible balancing act was achieved in the form of the jointly developed I/O innovation ‘X-DIAS’, which is now going into series production in Emco-Test's latest generation of hardness testing machines, the ‘Vision Line’. see technical report: Austromatisierung - issue 5+6/2025