The new dew point sensor from ifm makes a decisive contribution to efficient compressed air treatment. It measures the pressure dew point with high precision – the lower this value, the drier the compressed air.

DGII Series – Hollow Rotary Actuators The DGII series combines a high-precision hollow rotary actuator with a closed-loop αSTEP AZ series hybrid stepper motor. It is ideal for applications requiring high torque, precise positioning, and a compact design. Technical Features • Frame sizes: 60 mm to 200 mm • Hollow shaft diameter: 20 mm to 100 mm • Maximum torque: up to 50 Nm (e.g., DG200R) • Maximum speed: up to 200 rpm (e.g., DG130R) • Axial load capacity: up to 4,000 N • Bending moment: up to 100 Nm • Repeatability: ±15 arc seconds (±0.004°) • Control signals: pulse-direction signals, digital I/Os, or common fieldbus protocols such as Modbus RTU, EtherCAT, EtherNet/IP, PROFINET • Optional features: electromagnetic brake Key Features • Integrated AZ series motor: with built-in, battery-free absolute sensor for precise position feedback • Hollow shaft: enables routing of cables, air, or fluid lines • Flexible mounting: suitable for horizontal, vertical, and overhead installation • High load capacity: designed for applications with large masses or inertias • Easy integration: compatible with various control systems and fieldbus protocols Typical Applications •Positioning of tools or fixtures • Rotary indexing tables in production lines • Automated assembly and inspection stations • Robotics and automation technology

Skilled for complex tasks Sensitive: With torque sensors in all seven axis, Diana 7 is one of the most dexterous and sensitive robotic arms on the market. Versatile: The industrial lightweight robot covers a wide range of tasks and is already in use in the automotive and consumer electronics (3C) sector. Easy to use: Backed by our smart software AgileCore, Diana 7 can be easily set up, integrated, programmed, maintained, and repaired. Intuitive: Anthropomorphic kinematics and a user-friendly design allows for seamless handling, especially while teaching new tasks and positions.

CareOffice AI transforms your daily operations, benefit from advanced decision intelligence and automatic prioritization for smarter planning and faster workflows every day.

Seit Jahrzehnten realisieren wir in einem Team aus hochmotivierten Mitarbeitern und einem Netzwerk aus kreativen Partner sowohl Standardlösungen als auch individuelle Projekte nach Kundenvorgaben. Zu unserem Repertoire gehören die Zuführung wie auch die Montage und Weiterverarbeitung von Klein- und Kleinstteilen durch z.B. Biegen, Nieten, Stauchen, Löten, Schweißen, Beschriften und vieles mehr.

Take advantage of the opportunities of the Digital Factory for more value creation Digital Factory solutions are the key to efficient, sustainable, and safe production. In turn, they are the key to increased added value. Make the transition from being the owner to the manager of your data, making active use of it. With Digital Factory solutions, you simultaneously improve the productivity and sustainability of your factory while strengthening the security of your production for more resilience and stability. If you would like to know more about our solution, simply contact us.

Maximize asset reliability and performance with AVEVA’s integrated solutions

Advanced CAD sensor data - design and commissioning made easy

Did you know that the most process-critical time is the first 30 minutes after shift handover? With Peakboard, you can organize a smooth shift change, even in stressful times. On top of that, you digitize your time-consuming and error-ridden paper shift plans. The overview of all shifts and employees is often lost in the paper clutter. Changes in the analog shift book are complicated and slow, which can lead to communication problems and errors during shift handovers. Paper-based systems also carry the risk of important documents being lost or damaged. With Peakboard, you always have all relevant information stored and up-to-date to ensure safe operations. During or after a shift, employees can quickly and easily record the most important points on a screen, either via a touch function or using a mouse and keyboard. Other team members can also add comments to the messages to further simplify communication. The shifts, positions, categories of entries, and names of teammates can be customized directly in the central data management and communication platform, Peakboard Hub. The entries are reliably stored in Peakboard Hub – so nothing gets lost! Download this template for free to test the application directly. In addition to Peakboard Hub lists, you can also use SQL, Oracle, or ODBC as a data source.

Regular team meetings are the core principle of successful shop floor management, where team members can discuss the most important things in a concise format. This includes an overview of open tasks and who is responsible for them, a summary of the status of work progress, and conclusions about the further course forward. In addition, the team also checks relevant key production figures or disruptions that occur in the value-added process. The aim of a shop floor meeting is to minimize information gaps and make work processes more efficient. This also reduces the stress placed on the employees because they are not constantly “putting out fires.” Instead, you can act preventively. More transparency in your processes If a conventional whiteboard stands at the center of your weekly shop floor meeting, you are probably also struggling with outdated or lost information. Thanks to our low-code software, Peakboard Designer, you can set up a customized digital dashboard for your meeting in no time and keep an eye on all of your team’s tasks at all times. To get started even faster, you can use our ready-made template to create new tasks, assign them to individual employees, and change the processing status. Whether it’s a standard monitor or a touchscreen, you can interactively update your dashboard if a process changes. Best of all, the data is also written back to the pre-configured data sources, eliminating the need for duplicate maintenance. In addition, you have the option to display other dashboard views that show relevant production information, such as safety and quality indicators, downtimes, scrap rates, cycle times, or OEE values that you can discuss at your shop floor meeting.

Create more transparency for your maintenance processes: With Membrain's new digital twin, all configured live data can be documented automatically - easily, quickly and configurable by the specialist department. Current messages and statuses can be visualized live in the hall plan using drag & drop. Highlights Plan configuration Link to technical objects (maintenance status) Live visualization of sensor data Interval definition for sensor data (color coding) With the hall plan, it takes just a few clicks to link the machines on the plan to your own digital image in SAP. The current maintenance status of the machines is immediately visible. This simplifies the monitoring of maintenance processes and can be mapped at any level of granularity. Thanks to the flexible configuration, users can decide for themselves whether data is recorded and visualized for an entire plant, a hall or for individual production lines.

Digital twin In the field of design: virtual evolution instead of prototyping During the development phase, the digital twin acts as the machine’s digital brain. It replaces time-consuming physical iterations. Design & specification: Engineers test geometries and weights directly on the CAD model. Changes are immediately incorporated into all calculations. Multiphysics simulation: Fluid flow, thermal behaviour and mechanical loads are simulated realistically. Weak points are identified before the first milling operation. Fewer physical prototypes: Expensive preliminary models are almost entirely eliminated. The machine undergoes digital stress tests on screen. Optimisation within the model: Control programmes (PLCs) are virtually integrated. The interaction between software and mechanics is perfected in advance. In operation: The transparent live machine During operation, the digital twin is fed with real sensor data. It becomes the central tool for operating and maintenance staff. Asset information at your fingertips: All manuals, circuit diagrams and certificates are directly linked to the digital component. There is no need for lengthy searches through folders. IoT dashboards & insights: Live data such as temperature, pressure or vibration visualise the current status of the physical machine in real time. Virtual tour (VR/AR): Technicians carry out a virtual inspection of the plant. This assists with remote maintenance or when preparing for work in hard-to-reach areas. Optimisation during operation: Algorithms test parameter changes (e.g. cycle times) on the digital twin first, before they are applied to the actual machine. Alarms & ticket systems: Exceeding threshold values automatically triggers a ticket in the maintenance system. The technician can immediately see which component is affected. Tasks directly on the model: Service orders are visually marked and assigned on the 3D model. Progress is clearly visible to all teams.

DBR77 Digital Twin creates a live, 3D model of your plant or logistics site connected to real production data. See flows, assets, and KPIs in one view, detect bottlenecks early, and run “what-if” scenarios to validate changes before spending CAPEX. Connect MES/IoT data and compare plan vs. reality. Ideal for layout changes and disruption response—faster decisions, lower risk.