The FTX is the right choice for very high feed forces up to 178kN bidirectional. The FTP is a reinforced version of the FTX and provides a unidirectional press force of 356kN in the push direction. The motor or gearbox from any manufacturer can be mounted in line or in parallel. The anti-rotation device is integrated in the electric actuator. - Robust planetary roller screw with a significantly longer service life than electric actuators with ball screw drive - FTX electric actuator in 4 sizes for forces up to 178kN bidirectional - Reinforced version FTP with 355kN pressing force unidirectional (push direction) Features: Feed forces up to 355kN Standard with protection class IP65 Force measurement and control with force sensor Reduced maintenance costs thanks to integrated relubrication hole Robust and durable planetary roller leadscrew Integrated anti-rotation Everything from a single source: design+calculation and commissioning Options Force measuring sensor Various motor mounting flanges Mounting types such as threaded, foot mounting, trunnion, front/end plate, etc. Piston rod in various materials and with various threads Complete drive package with gearbox, servomotor and drive

flatTRACK is the new miniature linear motor axis made in Germany. The successful balance of performance and accuracy positions flatTRACK as an attractively priced alternative to premium linear motor axes. The servo drive is fully integrated into the carriage and is controlled via EtherCAT, TCP/IP (including Siemens) or digital I/O. The integrated web interface enables direct parameterization and commissioning. Alternatively, flatTRACK is also available ready-to-plug-in for operation with an external servo drive. flatTRACK and shortTRACK can be ideally combined into multi-axis systems. - Ironless linear motor without cogging - Continuous force 35–70 N - Peak force 150–200 N - Speed max. 2 m/s, acceleration max. 50 m/s2 - High-resolution absolute encoder with 0.4 µm resolution, no home run required - Stroke lengths from 100 to 1325 mm

The G4T4 automates production and the flow of goods: - Linking machines in manufacturing - Connecting processes in production - Transporting materials and goods, etc. Increase your level of automation: With the G4T4, you can handle tasks and internal transport automatically and combined. It moves autonomously between different work areas, seamlessly switching from one job to the next and simultaneously transporting materials.

Unser IH4.0 pro Instandhaltungsprogramm ermöglicht es Ihnen, Wartungsprozesse zu digitalisieren und zu automatisieren. Die Integration eines Digitalen Zwillings bietet Ihnen eine präzise, virtuelle Abbildung Ihrer Maschinen und Anlagen. So können Wartungen vorausschauend geplant und kostspielige Ausfälle vermieden werden. Von der Beratung bis zur Implementierung bieten wir Ihnen umfassende Unterstützung und stellen sicher, dass IH4.0 pro perfekt in Ihre Betriebsabläufe integriert wird.

This solution serves as an interactive dashboard for manual operational data acquisition in quality control. Through a touchscreen display, workers can interact with the dashboard and make entries on the items inspected. If an item is without defects, the worker can log this by pressing the “OK” button. If an item is faulty, the error can be specified in more detail using the corresponding buttons. Based on this data, the dashboard provides your employees with an overview of their own and neighboring production lines. Thanks to the real-time visualization, they also see immediately if a certain error has become disproportionately frequent. This allows them to react quickly and optimize the corresponding production process immediately. All the data collected through the touchscreen is stored and persisted in a list in Peakboard Hub. This allows you to use the data not only for a real-time overview, but also for historical analysis. The long-term analysis can be performed either via this dashboard or using a BI tool such as Power BI, Tableau or Click. Download the template now for free and customize it to your individual needs or your company’s corporate design. For even easier usability, all scripts in this template were created using Peakboard Building Blocks, our low-code script editor.

With the Smart Series, KOSMEK has launched a completely new concept and unique products for automation. The KOSMEK Smart Series products offer solutions for various challenges such as energy saving (no hydraulic/air pressure, no drive source), all-electric systems, CO2 neutrality, SDGs, etc. KOSMEK Smart Series products can be powered by any energy source: pneumatic, electric, mechanical - automated or manual. They are space-saving and can be used in large quantities with minimal energy consumption (e.g. rotary indexing systems, semi-automatic or manually operated devices, etc.). Zero-point clamping system KSL Enables simple pallet changes with a repeatability of 0.01 mm. Hole clamp KSH The individual grippers of the clamping head clamp the workpiece in the borehole. Ideal for 5-sided inspection or machining. For workpiece hole diameters from 6 mm to 10 mm. 　　 Ball clamping cylinder KSA Secures the transport of workpiece carriers / pallets with a steel ball locking mechanism and prevents them from falling. Holding force: 50N Swing clamp KSS The swing arm swivels over the workpiece and lowers vertically for clamping. This makes loading and unloading easier. The repeatability of the swing lever position is ±1°. Lever clamp KSR With the KSR lever clamp, the clamping lever is fully retracted when unclamped, making it easier to load and unload workpieces. Clamping points that are difficult to access can be reached more easily. Clamping force up to 100N. Centering vice KSC It clamps and centers the workpiece with a repeatability of 0.01 mm, the clamping force is up to 200N.

We build easily integrated linear robots – for applications where articulated robots reach their natural limits: ERO linear robots deliver: ✔ Precision instead of inaccuracy ✔ Speed ​​instead of slowness ✔ Long reach instead of limitations ✔ Cost-effectiveness: only as many axes as necessary – no more ✔ Plug-and-play instead of complex integration. Ideal for system integrators and automation engineers. Visit our booth. Get inspired. Discuss with our experts.

Unexpected machine break-down quickly leads to medium production losses. Detect roller bearing or gearbox damage, misalignment or imbalance at an early stage before damage and unexpected production downtime occur. The mmBox-mini is suitable for cost-effective 24/7 monitoring of machines with only typ. 2 bearings but using high-resolution vibration data.

The mobile solution argvis; Maintenance Portal enables you to process maintenance jobs in SAP PM with notifications, orders, maintenance / inspections (including checklists) online and offline. The app, which is easy for the technician to use, can also be served as a desktop application and also enables mobile warehouse management in SAP MM. The application includes a dashboard for resource planning and disposition of your technicians, including card integration. Furthermore, an IoT integration for monitoring your systems with real-time information. Third-party systems can also be connected via a generic interface.

Our daily task is to customize our loading and unloading systems for metal machines. Many of our customers are looking for automation solutions that help them to manage their production challenges while ensuring a high degree of flexibility. Therefore, we are able to easily add new functions and processes to our robot cells. The basic functions of the loading and unloading systems are complemented by a modular automation kit. Process stations such as demagnetizing, cleaning, checking, measuring and packaging can be flexibly selected from this modular system. - More than 150 robot cells in use in 3-shift operation - Inner and outer diameter and concentricity measurements with a resolution of 0.0001 mm possible - Individual loading and unloading systems can also be implemented

We have worked intensively with plastic injection molding processes. Our modular automation system is very flexible with the following key features: Flexibility: Adaptation and expansion of existing automation systems. Diverse process stations: This diversity makes it possible to optimize the entire production process and adapt it to specific requirements. Risk minimization: The modular structure allows you to react quickly to market changes. This significantly reduces the risk in a volatile market environment. Fast implementation: New systems and extensions to existing systems can be implemented in the shortest possible time. This results as minimal downtime. Future-proof: The modular system is designed to be compatible with future technologies and requirements. This ensures that the automation solutions can be used for a long period of time. Even for complex tasks that cannot be implemented directly with the standard cells, we benefit from the modular automation system and the modular use of standard assemblies.

Industrial automation PC with Intel® Core™ Ultra CPUs, 4 x PoE LAN, 2 x RS232/RS485, 16DI/16DO, mSATA, M.2 2280 SATA, and DC12~24V input. Features Supports Intel® Core™ Ultra 125H and Intel® Core™ Ultra 255H processors Integrated Intel® Arc graphics and Intel® AI Boost for advanced automation workloads 2 x Intel i210-AT GbE LAN plus 4 x Intel GbE PoE LAN for machine, camera, and network integration 2 x RS232/RS485 serial ports for field device and controller communication 16 x DI and 16 x DO for high-density machine I/O interfacing 4 x USB3.0 plus 1 x onboard USB2.0 Type-A for USB dongle use Supports VGA and HDMI dual display output 1 x mSATA plus 1 x M.2 2280 KEY-B SATA3.0 storage interface translate to France 1 x full-size Mini PCIe slot with SIM card holder for Wi-Fi, 3G, 4G, or CAN expansion DC12~24V power input with overcurrent, overvoltage, and reverse-polarity protection Featured in the Intel® Edge AI Catalog as a high-performance industrial PC for edge inference, machine vision systems, and industrial AI applications. The platform is designed for machine vision, AI inspection, OCR processing, and edge AI inference, supporting use cases such as defect detection, image classification, barcode recognition, and intelligent automation. The system is highlighted in Intel’s solution library under “Intel® Core™ Ultra Processors (Series 2) Edge Inference with 99 TOPS and Rich Industrial Interfaces,” showcasing its ability to deliver real-time AI processing for vision-driven automation at the edge.

OVR3 SCARA Series – Flat and Flexible 3-Axis Transport Robots The OVR3 Series includes compact 3-axis SCARA robots, perfect for applications in confined spaces. Models with full 360° range of motion for axis 1 and extended reach open up even more flexible application possibilities. Variants in Detail 1. Standard SCARA Low-profile design, approx. 140 mm height, weight around 7.6 kg Reach up to 410 mm, payload up to 3 kg Repeatability: ±0.03 mm Drives all axes using AZ hybrid steppers with built-in, battery-free absolute encoder 2. Full 360° SCARA Axis 1: unrestricted rotation, Axis 2: ±170° Greater motion flexibility for complex paths in tight environments Versions: 460 mm reach with 10 kg payload, or 700 mm reach with 3 kg payload General dust protection (not IP-rated) Common Strengths All OVR3 SCARA variants share these benefits: Compact footprint with high precision Simple programming via MRC01 controller and free MRC Studio software Ideal for pick & place, assembly, inspection, and tight-cell automation

OVR4 Series – 4-axis robots – Palletisers The OVR Series includes compact 4-, 5-, and 6-axis articulated robots. The 4-axis model delivers stable, precise horizontal transport with streamlined control via the MRC robot controller and AZ Series drivers. Key Features • 4-axis articulated arm with parallel link mechanism, maintaining a level end-effector—ideal for smooth horizontal motion • Horizontal reach options: 480 mm, 680 mm, or 880 mm, supporting up to 5 kg payloads, with optional arm length customization (580 mm, 780 mm) • Vertical reach: up to 900 mm • Repeatability: ±0.05 mm • AZ-Series hybrid stepper motors on all axes with built-in, battery-free absolute encoders—no external sensors, simplified wiring • Compact, lightweight aluminum construction: base weight starts at approx. 16.5 kg • User-friendly control and programming powered by MRC01 controller and MRC Studio software—no advanced robotics knowledge required • Maintenance-friendly: replaceable motors enable low-cost upkeep and customizable setups Common Features Compact, accurate, and versatile—OVR robots are an excellent fit for modular, reliable, and easy-to-use automation solutions.

Easy and time-saving installation High ingress protection rating (IP54 and IP68) Available in plastic and brass Connection threads M20 – M40 Cable diameters from 3 to 8 mm Feedthroughs for cables with connectors of diameter 15 to 28 mm