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.

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.

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The system is based on the TECHTORY standard cell system and combines the advantages of both table-cell and floor-cell cell types. The workpieces are manually fed as bulk material into a vibratory conveyor system and separated using linear handling. Before the T-nuts are transferred to the rotary indexing table, the holes are checked for presence, position, and dirt using a vision sensor. The workpieces are then transferred to the individual processing stations. In stations 2 and 3, the threaded holes are deburred from the outside using countersinks and from the inside using brushes. Lances and nozzles in station 4 blow out the holes. In station 5, the T-nuts are embossed with the part number and company logo. A removal system then places the finished parts on a pivoting conveyor belt. This conveyor belt fills three shipping cartons according to a predetermined quantity.

Magnetic encoders with extremely high signal quality and compact design, for opti- mizing existing systems

Innovation by integration • Flexible integration thanks to compact installation depth and A- or B-side mount • For shaft diameters from 6 to 140 mm • Easy-to-implement redundant sensing • Reliable long-term operation where dirt, dust or fibers are present • Durable solution without wear thanks to magnetic sensing

Robust, high-resolution angle sensor technology with easy integration and reliable performance even at high speeds. Ideal for precise position and speed detection and for use in a wide variety of applications. Installation is quick and easy. Kübler is expanding its sensor technology portfolio with a compact, magnetic kit encoder based on a diametrical magnet. Thanks to its small size, it can be integrated directly onto the motor shaft or into the motor housing. An additional shielding plate effectively protects the system from magnetic stray fields, for example from motor brakes, ensuring reliable measurements even in demanding environments. The encoders are available in two absolute versions: singleturn provides a unique value for each angular position, which is retained even after a power loss. Multiturn allows detection over several revolutions. The integrated energy harvesting technology stores the number of revolutions without an external power supply, making the system particularly fail-safe. The high accuracy, robust magnetic field sensor technology, and flexible interfaces enable versatile applications in drive and automation technology. How it works: The diametrical magnet generates a magnetic field that changes with rotation in the plane of the direction of rotation. Sensors continuously detect the magnetic field direction, enabling precise angle determination with high resolution. In the multiturn system, an integrated energy harvesting chip counts the revolutions and stores them even in the event of a brief interruption in the power supply.

Standard-compliant switching with Kraus & Naimer mains changeover switches As part of a standardised emergency power supply, you can rely on emergency power changeover switches from Kraus & Naimer. These comply with the internationally applicable IEC 60947-6-1 and IEC 60947-3 standards for low-voltage switching devices. Emergency power supply To integrate an emergency power supply, a genset is always required that is switched with an "emergency power changeover switch" or MTSE (Manual Transfer Switch Equipment). If the grid is overloaded, whether due to weather phenomena such as extreme snowfall and storms or excessive energy demand on the grid, the power supply may fail. In this case, an adequately coordinated emergency power supply for the home or business offers an additional option for bridging the outage for a certain period of time. Article overview - Surface-mounted variants in IP66/67 housing - Distribution board installation with shaft extension - 3-pole and 4-pole available - Designed for front installation and for standard rail - Designation "1- 0 - 2" and "Mains - 0 - EMERGENCY CURRENT" - With special designation on customer request

Maintastic is the AI-driven CMMS (Computerized Maintenance Management System) designed for collaborative asset care. The system is the go-to choice for mobile-first teams and transforms how maintenance work is organized, executed, and documented. It puts everything maintenance professionals need right at their fingertips. With its intuitive mobile app for day-to-day operations, Maintastic enables teams to ensure machine availability and stay productive. Whether capturing issues, managing assets and tickets, creating work orders, providing checklists and instructions for standard operating procedures (SOPs), or collaborating with machine suppliers via video and chat – Maintastic brings clarity, consistency, and efficiency to every task. The CMMS unlocks the full potential of both reactive and preventive maintenance. Technicians can report and resolve problems quickly thanks to AI-powered ticketing, while teams gain visibility into recurring activities and inspection routines to ensure nothing falls through the cracks. This dual approach helps organizations maintain control, reduce costly downtime, and keep operations running smoothly. By combining artificial intelligence with human expertise, Maintastic empowers maintenance teams to work smarter, collaborate better, and stay ready for the challenges of tomorrow.

Maintenance Dashboard Maintenance is increasingly becoming the focus of manufacturing companies. Live data from machines are indispensable today. In order to make these available visually and in a structured manner, meaningful dashboards are required. With MembrainPAS-PM Dashboard, those responsible for maintenance receive a quick, simple and clear display of the most important key figures (KPIs) and data. The simple implementation with existing resources enables a direct start within a short time. Various templates provide the basis for individualized solutions that can be specifically tailored to individual requirements. Benefits of the maintenance dashboard: Real-time information and modular dashboards can be expanded and configured as required. The intuitive structure offers meaningful data and valuable insights for optimization: Easy implementation Comprehensive templates Individually & quickly adaptable Most important key figures directly visible Full-service solution Top-down analysis options

Maintmaster is the ultimate CMMS tool for maintenance professionals who demand a powerful yet intuitive solution. Our cloud-based platform is engineered to streamline your workflows, providing the deep insights and advanced analytics necessary to make data-driven decisions. With Maintmaster, you gain total control over your maintenance operations with unparalleled ease and efficiency. Why Choose Maintmaster? Unmatched Customization: One of the core strengths of Maintmaster is its adaptability. We believe the system should fit your business, not the other way around. Whether you are overseeing a sprawling industrial complex or a specialized workshop, the interface can be tailored to your exact terminology and processes. Actionable Real-Time Insights: Stay ahead of the curve with live data tracking. Maintmaster allows you to identify trends and address potential failures before they escalate into costly downtime, protecting your bottom line and increasing asset reliability. Mobile-First Flexibility: Maintenance doesn't happen behind a desk. Our mobile capabilities ensure your team has full access to work orders, documentation, and reporting from anywhere in the field. Manage your operations on the go and keep your data accurate in real-time. Global Collaboration: Operating across borders? Maintmaster supports over 20 languages, enabling international teams to collaborate seamlessly within the same environment. We remove the language barrier so your maintenance standards remain consistent worldwide. Transform Your Maintenance Strategy Maintmaster is more than just software; it is a scalable solution designed to grow with your organization. By combining flexibility, mobility, and powerful reporting, we empower you to move from reactive repairs to a proactive excellence model. Experience the difference today—discover how Maintmaster can revolutionize your maintenance operations.

MaintMaster IoT sensors are designed to detect deviations long before failures occur. Sensors are not new technology. But connecting them to a maintenance system like MaintMaster is where the real value is created. Data from the sensors is fed directly into MaintMaster. There you can follow trends and set alarms for deviations. As soon as a deviation is detected, a work order is created on the right machine and sent to the right person. Our IoT sensors have many applications. You can use them to measure vibration, air pressure, temperature and humidity. This means that there are many machines that can be monitored with MaintMaster IoT sensors. Getting the data from the sensors and creating tasks from the sensor data can be of great benefit to your maintenance department. However, the greatest value is created in one of the following scenarios. Some assets require very frequent inspections. For example, when a failure would cause other expensive equipment to fail, or when an item can only operate under certain conditions, such as temperature or humidity. This is where our sensors really come into their own.

The main reason why KPIs are important in a maintenance department is that they allow managers to track progress towards specific goals and objectives. By setting clear, measurable targets and regularly monitoring progress, managers can ensure that the department is on track to meet its objectives. This can help drive continuous improvement as managers can identify areas that are performing well and those that need to be addressed. Our KPI manual is an excellent resource for maintenance managers who need help measuring their maintenance activities. The manual provides a comprehensive guide to Key Performance Indicators (KPIs) commonly used in the maintenance industry. It includes a detailed explanation of each KPI along with best practices for tracking and measuring performance. This enables maintenance managers to accurately assess the effectiveness of their maintenance processes and make data-driven decisions to improve them. The KPIs in the manual are based on industry standards and are regularly updated to reflect the latest best practices. By using the KPIs in the KPI Manual, maintenance managers can gain valuable insight into their maintenance activities and make informed decisions to improve performance and achieve their goals.

The main objective of a maintenance organisation is always to improve operational reliability, i.e. to ensure that an asset operates as designed throughout its lifetime. To achieve this goal, a maintenance organisation must have a clear vision and strategy with defined procedures and objectives. A good example of a maintenance strategy would be to strive for more effective production through preventive and condition-based maintenance. It is important that day-to-day work focuses on factors such as root cause analysis in corrective maintenance in order to increase the level of planning over time to ensure cost-effective maintenance. Our maintenance manual reflects the latest international maintenance standards and ensures that the information and procedures described are up to date and relevant. The manual provides a consistent maintenance approach that is recognised and followed by maintenance professionals worldwide. This increases the efficiency of maintenance processes and helps to reduce downtime and maintenance costs. The manual covers all aspects of maintenance, from routine inspections to complex repairs, in accordance with the latest industry standards, making it a valuable resource for anyone involved in the maintenance of plant and machinery.