The cynapse® Analyze Smart Service with the Health Index analysis tool and the utilization radar assess the status and utilization of your gearboxes. The data from the drive train is analyzed in real time and the actual load on the components is evaluated. The current status is visualized via a traffic light system. In addition, the utilization radar indicates whether the gearboxes are permanently operated within the permissible load limits – crucial information for service life optimization.

DATAEAGLE NG X‑treme – Wireless Performance for the Highest Industrial Demands With the DATAEAGLE NG X‑treme, Schildknecht AG introduces a new generation of industrial wireless technology. Designed for applications where speed, stability, and robustness are essential, the system delivers a powerful solution for modern automation environments – from high‑bay warehouses to advanced process manufacturing. Built for Dynamic Processes Thanks to ultra‑fast response times and a newly developed wireless architecture, DATAEAGLE NG enables reliable, low‑latency communication between controllers, sensors, and actuators. The system is designed for fast motion sequences, continuous data flows, and demanding machine concepts. Strong Wireless Connections – Even in Tough Conditions Patent‑protected data processing and a highly robust IP67 housing ensure stable connections even where traditional wiring or conventional wireless systems reach their limits. This makes DATAEAGLE NG ideal for mobile units, crane systems, and outdoor industrial applications. Flexible Integration – Ready to Use in Minutes The system supports PROFINET, EtherNet/IP, CAN, and safety protocols, and can be integrated without modifying existing control programs. With its plug‑and‑play concept, complex configuration becomes unnecessary – a clear advantage for operators aiming to scale quickly and safely. Rethinking Safety Functions A key innovation of this new generation is the ability to transmit safety signals reliably via wireless communication without adjusting safety cycle times. This opens new possibilities in the design of safety‑critical machines and systems. Visitors can look forward to a solution that sets new standards in speed, reliability, and flexibility – perfectly aligned with the requirements of modern industrial environments.

Functional technology meets modern design! The new apra-KNIFF desktop enclosure combines the advantages of a classic subrack with the sleek look of a desktop enclosure thanks to its combination of metal and plastic – available in any size and color. The robust construction made of aluminum profile rails is ideal for installing 19-inch components, which are securely protected by the aluminum cover plates. The elegant design of the side panels absorbs shocks and vibrations, giving the desktop enclosure a high level of durability. The ventilated version of the apra-KNIFF achieves IP20 protection, while the sealed version achieves IP40. The standard dimensions of the enclosure are 3U and 4U with 42/63/84 HP and depths of 296 and 356 mm. The apra-KNIFF can be freely scaled in all dimensions upon customer request. The front and rear panels can be fitted with full-length or partial front panels and can be individually machined and printed. Optional handles for comfortable handling or stacking adapters offer that extra touch. Your design options are also extremely flexible. The range of colors for the powder-coated, fine-textured aluminum sheets is extensive: Choose from RAL 9005, 9011, 9006, 7035, and many more. The plastic side panels and handles are made of solid-colored sheet material or decorative foils, such as brushed aluminum. Front panels and covers are mounted without visible screws. We can also customize all surfaces with digital printing.

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.

Distance sensors measure distances to objects or monitor their precise position. Depending on the measurement requirements, distance sensors using different technologies are employed. The technology used (optical, inductive, capacitive, ultrasonic) depends on the specific positioning task and the external conditions. Willtec Messtechnik can offer you suitable and cost-effective solutions for a wide variety of positioning tasks, covering short strokes and long distances (20 mm - 500,000 mm). Choose the solution that perfectly matches your needs; we would be happy to advise you.

The DTS+ track system incorporates key features of Hepco’s PRT track system and original DTS, combining them with a high load capacity connection for carriages to the drive belt. The carriages will not disengage from the belt, allowing transmission of higher driving forces compared to the original DTS conveyor system. Whilst the original DTS will often be the right choice for many applications, the DTS+ is suitable for applications with high loads, a vertical orientation, or where the free space inside the track circuit is required to integrate additional equipment.

- Pressure and temperature measurement - 3 process connections: G 1/4 external, G 1/4 internal and G 1/2 flush-mounted - Pressure ranges: -1 to 600 bar - Digital, analog and IO-Link interface - Multilingual color display with plain text display

The E-BOX XL is an advanced solution for industrial applications that require a flexible, compact and powerful controller. As a further development of the tried-and-tested E-BOX, the XL version expands the possibilities in machine and plant construction, robotics and automation as well as intralogistics with a larger selection of operating elements and configuration options in a slimline housing. With space for up to six operating elements, the E-BOX XL fits seamlessly into different machine designs while offering reliable operating options for demanding environments. The E-BOX XL is available in two versions - MODULAR and IO-LINK - to optimally cover specific requirements. The compact design is matched to 40 mm aluminum profiles and is available in different housing lengths in order to adapt the operating solution optimally to the respective application. Thanks to its IP 65 protection, robust design and modern features such as IO-Link parameterization and M12 connection for additional sensors and actuators, the E-BOX XL is ideally equipped for industrial use and offers a solution that is both technically and visually impressive.

The RINGFEDER® GWE 5106 combined the advantage of the RINGFEDER® GWE 5104 Servo-Insert Coupling with an easy installation. The clamping hubs in split hub design can be mounted lateral at the aligned shaft extensions. The shaft tolerance should lie within the fit tolerance ‘g6’ to ‘h7’.

The new generation of products is a logical development of the successful EKS system and has many advantages in terms of digital access control and the selection of a safe operating mode. Benefits for you: - Simple implementation thanks to project templates with predefined functions and data fields - Simple assignment of access rights via input screens - Simple authorization blocking via an expiration date - Simple implementation of security standards for data handling and the assignment of rights - Simple integration in any PROFINET environment and systems from any manufacturer

ELOdetect – AI-powered camera system for securing robot cells and machines. ELOdetect revolutionizes the safety of automated manufacturing environments: As an intelligent monitoring assistance system, it reliably detects the presence of people in the danger zone – thus preventing the unintentional restarting of robot cells and machines. This is made possible by AI-powered camera recognition that continuously analyzes the protected area and evaluates it in real time. The system reliably detects whether people are in the monitored area – even with complex machine geometries. While conventional light curtains, mats, or laser scanners are complex to install, maintenance-intensive, and prone to circumvention, ELOdetect provides a flexible, retrofittable monitoring solution without mechanical intervention – ready for use in a very short time and directly integrable into existing safety controllers. This makes the system a crucial add-on for existing safety systems for machine operators, safety officers, and maintenance personnel who want to ensure the reliable and standards-compliant protection of their employees. Key innovations at a glance: AI-based person detection in real time. Even with partial obstruction or poor lighting conditions, it prevents reactivation when people are present in the danger zone. No mechanical intervention is required – plug & protect. Flexibly retrofittable to existing robot cells and machines.

ELOstopTime – the first and only non-contact braking distance measuring device with a 1 kHz camera. ELOstopTime revolutionizes the measurement of overrun times for all types of machinery: As the world's first and only system, it measures overrun times and distances completely without contact – extremely precisely, reproducibly, with cloud access, and without any intervention in the vehicle. This is made possible by a high-resolution 1 kHz camera that captures movements at a frame rate of 1,000 frames per second, thus delivering a level of measurement accuracy unattainable with conventional methods. While recurring tests are time-consuming, error-prone, and difficult to compare, ELOstopTime provides reproducible, digital measurement results with a faster and simpler setup – in seconds, and during actual automatic operation. This makes the system a crucial tool for overrun measurement service providers, machine manufacturers, safety officers, and testing organizations who want to maintain the highest possible safety standards for their machines at all times. Innovation features at a glance: World's first non-contact overrun measurement; 1 kHz high-speed camera for maximum measurement accuracy; No system modification required – plug & measure; Digital, comparable, and audit-proof results; Always ready for use, even during ongoing production

Eureka Controller connects with robot arms, cameras, and other industrial devices, and enables them to create powerful Vision & Robotics applications. High Accuracy – High Agility (HAHA) technology is critical for robots to perform tasks that require high precision, down to 50 microns, while being able to adapt to uncertainties or changes in the environment. Key technical pillars of HAHA are AI-based Computer Vision, Motion Planning, High-Accuracy Calibration, and Force Control, which are all integral parts of the Eureka Controller. Eureka Robotics’ HAHA technology is already helping global companies profoundly transform their industries, such as Pratt & Whitney (USA) in Aerospace, Coherent (USA) in Optics, and Sumitomo Bakelite (Japan) in Semiconductors. More than 15 million HAHA operations have already been powered by Eureka Controllers in production across factories worldwide. Key Technologies: Eureka Grasp Grasp and pick items with human-like dexterity and adaptability without the need for teaching and registration of the items. Deep-Learning Vision Defect detection, Anomaly detection, OCR, Out-of-Box detection for scratches and defects. High-Accuracy Calibration End to end calibration using all devices. Motion Planning Auto trajectories, Collision avoidance, Trajectory transformations, Multi-robot control, Real-time online motion planning. Robust Force Control Precise control using standard devices and off-the-shelf force sensor.

Composed of a powerful compact controller and a high-resolution camera, the intuitive EYE+ smart control system integrates AI-based algorithms to optimize the performance of your Asycube flexible feeder. EYE+ manages all components of your application including the robot via the EYE+ Studio web-based interface. Thanks to a large number of ready-to-use plugins for robots and feldbuses such as EtherNet/IP, EtherCAT and PROFINET, you can easily integrate EYE+ into any automation machine.