Efficiency at the highest level in the automotive industry A leading automotive manufacturer relies on our high-quality eccentric lifting devices with telescopic fork unit type 85-174-HK-G-2200, specially developed to safely move empty skids and coating traverses. This project comprised three of these powerful lifting systems - designed for use in demanding 24/7 three-shift operation. With a lifting height of 190 mm and a payload of up to 1000 kg, our systems guarantee maximum operational safety and a high level of reliability during the ongoing production process. Precision meets durability Our telescopic fork unit with a stroke of 2200 mm allows flexible and precise positioning of the load carriers. The highest demands for quality and durability have been met through the use of high-quality materials and maintenance-friendly designs. Easy access to all components allows for time-saving inspection and maintenance - an enormous advantage in a continuous production environment. Customized technology for your needs Our eccentric lifting devices offer an optimum combination of load capacity, stability and ease of maintenance - specially adapted to the challenges of the automotive industry. If you are looking for a reliable, low-maintenance solution to integrate into your project, please contact our sales team. We will be happy to discuss your requirements and assist you in integrating customized lifting systems into your production line. Technical data: • Load: 1000 kg • Stroke: 2200 + 30 mm • Length of the top fork: 1700 mm • Length of the unit: 2200 mm • Lifting height: 190 mm • Lifting time: approx 4 s • Speed telescopic fork (loaded / unloaded): 30 / 60 m/min • Acceleration telescopic fork (loaded / unloaded): 0,5 / 1 m/s2 • Self weight of the complete unit: approx. 1380 kg 🔍 Visit our website for more information: https://www.afb-gmbh.de/ 🌍 3D video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #AutomationSolutions #AutomotiveEngineering #IndustrialInnovation #MaterialHandling #Hubtechnik #LiftSystems #SmartManufacturing

Customized solution for the secure transportation of high-value pharmaceuticals As part of a retrofit project, our customer replaced the existing Automated Guided Vehicles (AGVs) with new systems. AFB's task was to supply a telescopic fork unit with an eccentric lifting device specifically designed to meet the requirements of an AGV. This combination of telescopic fork unit and eccentric lifting device guarantees a safe and efficient transport of euro pallets with sensitive pharmaceutical products. Our design ensures maximum safety and flexibility - the transport lock is integrated directly into the eccentric lifting device to prevent the load from slipping even during movement. Customization for specific customer requirements Our approach was to work closely with the customer to match the eccentric lifting device to the AGV system. In addition to adapting the hydraulic drive solution to the special requirements of transporting high-value goods, it was particularly important to integrate the device into the limited space of the AGV. In this case, precise planning and innovative design guaranteed that all requirements were met - without compromising on functionality or safety. Housing for maximum protection and safe handling Another focus of the project was the encapsulation of the eccentric lifting device to ensure maximum safety for operators and the environment. This design not only protects the sensitive goods, but also the people by eliminating any risk from open drive components. This has enabled us to implement a solution that meets both the high safety standards of the pharmaceutical industry and the stringent requirements for reliability and efficiency. Are you interested? Contact our sales team today to discuss your individual requirements. We look forward to working with you! Technical data: • Load: 1000 kg • Stroke: 1450 + 30 mm • Length of the top fork: 1200 mm • Length of the unit: 1200 mm • Lifting height: 185 mm • Lifting time: approx 3 s • Speed ​​telescopic fork (loaded / unloaded): 30 / 60 m/min • Acceleration telescopic fork (loaded / unloaded): 0.5 / 1 m/s2 • Self weight of the complete unit: approx. 600 kg 🔍 Visit our website for more information: https://www.afb-gmbh.de/ 🌍 3D video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #Telescopic #AFB #3D #3danimation #ekrobotics #agv

For a gravity roller conveyor flow channel warehouse in the beverage industry, a high-performance transfer car was implemented. The infeed and outfeed of pallets are handled by separate transfer cars. This clear division of tasks ensures a continuous material flow. High speed and precise acceleration The transfer car is designed for high performance requirements. With an acceleration of 1 m/s² and a maximum speed of 160 m/min, pallets are transported quickly and reliably. These values enable a high pallet throughput and ensure an efficient material flow. Designing the transfer car as a towed version also ensures stable and safe movement, even at high loads and speeds. Increased throughput – Faster truck handling By combining high transport speed with optimized process control, the warehouse achieved a significantly increased throughput. Pallets are stored quickly and retrieved just as fast when needed. This leads to faster truck loading and dispatching – a decisive advantage in an industry where time slots are small and delivery reliability is critical. Interested in a customized solution for your warehouse logistics? Contact our sales team to find out how our transfer car systems can make your processes more efficient. Technical data: • Lifting height: 4913 mm • Max. load weight: 1000 kg • Speed driving: 160 m/min • Speed lifting: 60 m/min • Lowest discharge level: 515 mm (from the floor) • Highest discharge level: 4110 mm (from the floor) 🔍 Visit our website for more information: https://www.afb-gmbh.de/ 🌍 3D Video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #WarehouseLogistics #Intralogistics #MaterialHandling #TransferCar #FlowRack #BeverageIndustry #MaterialFlow #Automation #LogisticsOptimization #SupplyChainEfficiency

We developed a stationary lifting mast system equipped with a DSG-0.5-1850 rotary pushing fork for use in an automated compact storage system featuring modern shuttle technology. This system is designed to efficiently transfer pallets weighing up to 250 kg from a roller conveyor to the floor. To achieve an especially low transfer height, the lift mast is installed in a pit. This well-thought-out detail shows how modern technology and practical requirements are perfectly coordinated. Flexible handling thanks to rotary pushing fork One advantage of the built-in rotary pushing fork is its ability to pick up pallets crosswise in closed pallet windows. This feature simplifies warehouse logistics and significantly expands the range of applications for the compact storage system. Optimal discharge in the pre-zone Our design allows for compact and precise pallet pickup in the front zone of the compact storage system, which is ideal for efficient entry and exit of pallets. Pallets can be removed from a height of 5.75 meters and made available to warehouse personnel on the ground for picking, eliminating the need for additional conveyor technology. Contact our sales team to learn more about the possible applications of this lift mast system in your warehouse environment. We will be happy to advise you individually! Technical Data: • Stroke load handling device: 1450 + 30 mm • Width of profile: 100 mm • Height of profile: 50 mm • Lifting height of the mast: 0 mm – 5750 mm • Lifting speed: 60 m/min • Lifting acceleration: 0,5 m/s2 • Load weight: 250 kg • Lowest discharge level: 0 mm (from the floor) • Upper discharge level: 5750 mm (from the floor) • Turning diameter (loaded / unloaded): 1970 mm / 1880 mm 🔍 Visit our website for more information: https://www.afb-gmbh.de/ 🌍 3D Video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #WarehouseLogistics #Intralogistics #MaterialHandling #WarehouseAutomation #MaterialHandling #ShuttleSystem #PalletHandling #SmartLogistics #EngineeringExcellence #Automation #LogisticsOptimization #SupplyChainEfficiency

For a system integrator, we developed a V-F-60-166-HK-1400 telescopic fork unit with four prongs, precisely tailored to the requirements of an automatic high-bay warehouse in the woodworking industry. Each prong is rated for 550 kg, ensuring safe and stable handling of stacked wood cuts. To adapt to different load carriers, the unit features a prong adjustment system that allows the two outer prongs to be positioned according to the length of the load. All four prongs always extend simultaneously, ensuring maximum load stability during storage and retrieval operations while preventing load deflection. Designed for continuous 24/7 operation and customized to fit the installation space of the storage and retrieval machine, the unit ensures smooth material flow, high availability and reliable performance. 🔧 Looking for a high-performance solution for your intralogistics system? 👉 Contact our sales team – we are happy to support your application. 🔍 Visit our website for more information: https://www.afb-gmbh.de/ 🌍 3D Video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #AFB #MaterialHandling #Intralogistics #TelescopicForkUnit #HighBayWarehouse #WoodIndustry #Automation #Engineering #StorageAndRetrievalMachine #LoadHandling #MadeInGermany

🚐 Slewing Rings in Articulated Buses: Key to Safe and Efficient Mobility Articulated buses have become indispensable in urban transport. To ensure they can manoeuvre safely, comfortably, and efficiently through tight corners or crowded city centres, a discreet yet highly stressed component is essential: the #slewingring in the articulation system. Its functions are complex: • Mechanical precision: Transmits immense forces and loads while at the same time enabling controlled movement between the front and rear sections of the bus. • Lightweight design as a key factor: Modern constructions significantly reduce system weight, directly lowering energy consumption and increasing range. • Adaptation to new drivetrains: With emerging propulsion systems, requirements regarding weight, installation space, and energy efficiency are on the rise. • Compact design: Space-saving constructions allow use even in the confined installation space of modern articulated buses. • Reliability & maintenance: Slewing rings must not only be durable but also designed for fast and efficient servicing. A key advantage of slewing rings in articulated buses lies in the use of four-point contact ball bearings. These are capable of simultaneously absorbing radial forces, axial forces in both directions, and tilting moments – thereby combining the functions of multiple #bearings into a single component. This functional integration enables more compact and lightweight designs, which is particularly important for electric buses, where every kilogram saved and every centimetre of installation space counts. In addition, four-point contact ball bearings offer high rigidity and moment load capacity, ensuring reliable articulation guidance even at large articulation angles and during dynamic driving manoeuvres. Thanks to the even distribution of loads, service life is extended while friction and wear are reduced – a clear advantage for operational safety and ease of maintenance in daily use. 👉 At KIS, we firmly believe that a slewing ring is far more than just a hinge. It is an integral system component that combines safety, efficiency, and sustainability in public transport. Our application technology experts are ready to support you in designing the suitable slewing ring for your specific application! #KIS #RethinkingRotation

🚜 As the summer draws to a close, countless fields are ready for Hashtag#harvest. Farmers and their contractors work around the clock, pushing their machinery to the limit to take advantage of favorable weather. Reliability is key in a seasonal industry like Hashtag#agriculture. To achieve a high availability and usage ratio of harvesting machines all components must work perfectly together. Bearings play an important role in such systems. Nearly every component rotates. Every shaft or wheel on an axis needs to be supported by high performing bearings. At KIS, we understand the importance of using durable, fit for purpose components. For agricultural applications, our Hashtag#bearings must withstand: ✔️ High loads ✔️ Vibration ✔️ Contamination ✔️ Crop residues ✔️ Temperature In many cases standard bearings might perform well, but in some special cases they are not the right choice. Depending on your requirements and application conditions - materials, sealing, lubrication are main factors for the survival of your machine. Just looking to the load capacity of a bearing is not enough. There are so many more influencing factors which are not considered in the theoretical fatigue-based life calculation (ISO 281 / ISO TS 16281). Whether you need a standard product or a custom design, our KIS experts in Germany are ready to help you find the optimal solution for your application by: ✔️ Analysing the operating conditions of your application ✔️ Evaluating the boundary design to ensure optimal bearing operation ✔️ Defining the best solution (technically and commercially) ✔️ Controlling the quality against our pre-defined standards ✔️ Ensuring a smooth supply chain

💡 In times of increasingly stringent requirements for resource efficiency, energy optimisation, circular economy and CO2 balancing, lightweight construction in drive technology is developing from an innovation-driven trend to a design necessity. There is also considerable potential for mass and installation space optimisation in bearing technology - far beyond simple material substitution and increasingly in the context of the European Ecodesign Regulation for Sustainable Products (#ESPR), which was introduced in stages from July 2024. Going forward, this will also define relevant minimum ecological requirements for industrial components such as bearings. Modern lightweight design strategies in bearing technology pursue a holistic, functionally integrated approach that combines design, tribological, material technology and regulatory/ecological aspects. ✅ Optimisation of bearing geometry ✅ Reduction of wall thicknesses for housings and rings ✅ Use of high-strength materials or light metals ✅ Hybrid bearings with ceramic rolling elements for mass reduction ✅ Integration of functional elements, such as sensors or seals, directly into the bearing design Particularly in mobile applications such as robotics, e-mobility, drone or agricultural technology, every gram saved correlates with measurable benefits in terms of: ✅ Reduced mass inertia and bearing starting torque ✅ Low power loss due to reduced bearing friction ✅ Extension of the system service life ✅ Downsizing of connecting elements ✅ System-wide increase in efficiency According to the new ESPR regulation, products must meet requirements for durability, reparability, recyclability, material cycles and CO2 transparency from 2024. For anti-friction bearings, this means that lightweight construction must not be at the expense of service life, lubricant stability or interchangeability. Rather, a competitive advantage is created for solutions that combine lightweight construction with functionality and ecological conformity.

KIS hybrid bearings combine the best properties of steel and ceramic bearings. They consist of steel races and ceramic rolling elements, typically made of silicon nitride. This unique combination offers numerous advantages that have been specially developed to meet the requirements of modern electric motors. Why hybrid bearings? ✅ Higher speeds and lower friction: Ceramic rolling elements are lighter and feature a higher surface quality than steel, resulting in lower friction and higher speeds. This significantly increases the efficiency of your electric motor. ✅ Longer service life: Thanks to the lower friction, lower weight and increased hardness of the ceramic elements, hybrid bearings are less susceptible to wear and raise the service life of your motor. Compared to standard bearings, hybrid bearings offer double the lifespan and triple the grease durability. ✅ Better heat resistance: Ceramic materials can withstand higher temperatures, improving electric motor performance in demanding environments. ✅ Reduced current losses: Hybrid bearings offer better insulation resistance and avoid electrical corrosion. 👉 Equip your electric motors with hybrid bearings and benefit from more efficient, durable and reliable performance. Contact us today for a consultation and find out how hybrid bearings can take your electric motors to the next level!

🔍 Optimised Mating Track Design for Cam Followers Efficiency and reliability are crucial in #intralogistics. Forklift trucks work under extreme conditions - high loads, continuous movement and contamination such as dust and dirt put the components under a lot of stress. A key rotary solution for smooth operation is the #liftmastroller. It ensures precise guidance of the mast and guarantees exact lifting and lowering of loads. Frequent start-stop cycles and dynamic load changes are a major challenge here in particular. If the load falls below the minimum load, there is a risk of increased sliding friction, which can lead to premature wear. An optimised mating track design and suitable lubrication strategies are essential in order to maximise the service life of the bearing and avoid unplanned downtimes. An inadequately designed mating track can lead to increased wear, uneven load distribution and reduced service life. Important aspects in the design: ✅ Material selection and heat treatment: High-strength materials with suitable hardening reduce plastic deformation and surface wear. ✅ Surface finish: A finely machined surface minimises friction and promotes stable lubricant film formation. ✅ Hertzian pressure: An adapted contact geometry prevents material fatigue and promotes even loading. However, it is not only the mating track that is decisive - the minimum load must not be undercut either! Otherwise you’re risking: ❌ Insufficient rolling of the rolling elements → Risk of sliding friction increases. ❌ Lubricating film is broken → Metal-to-metal contact leads to adhesive wear (lubrication). ❌ Increased friction and local overheating → Deterioration of running conditions. Applications with start-stop cycles or high accelerations are particularly problematic. To avoid damage, the following solutions can be considered: ✅ DLC coatings to reduce friction and increase wear resistance. ✅ Optimised lubrication concepts to ensure stable separation of the contact surfaces. ✅ Smaller series of dimensions to ensure a sufficient minimum load. Our engineering team is happy to advise on the optimum combination of mating track design, compliance with the minimum load and application-orientated design to ensure the operational reliability and service life of cam rollers, even in heavy-duty applications! #KIS #RethinkingRotation

After more than 3 years of research and development, prototyping and testing, the entire team at Logiqs B.V. is proud to unveil our newest innovation for warehouse automation: the Logiqs E-Carrier, the most advanced and efficient pallet carrier we’ve ever made. The E-Carrier is the largest performance leap we’ve managed to ever make in the development of the iCUBE AS/RS, and we can’t wait to start delivering all these improvements to our customers. From Good to Great: · Higher efficiency · Longer battery life · Improved sensing · Improved connectivity · Larger range · Better operating speeds · Improved lifting capabilities We’d like to also take this opportunity to thank all the suppliers and collaborators that contributed to the development of the new E-Carrier. We’re looking forward to seeing the E-Carriers at work in warehouses all around the world, starting next year. If you would like to learn more about the major improvements the E-Carrier has received, or would like to learn more about the Logiqs iCUBE AS/RS, please visit out website: https://www.logiqs.nl/en/asrs-e-carrier #logiqs #asrs #productlaunch #logistics #automation #palletcarrier #palletshuttle #automated #warehousing #innovation #smartwarehouse #safewarehouse #warehouse #warehouses

Discover KIS slewing rings in street sweeper applications. Contact us for a detailed consultation to find the perfect KIS solution for your application: https://bit.ly/KIS-contact

Discover the Future of Logistics with AFB and Logiqs at LogiMAT | Booth 3D16, Hall 3 Welcome to our latest YouTube video where we're excited to showcase the innovative logistics solutions brought to you by AFB in collaboration with Logiqs. At this year's LogiMAT event in Stuttgart, we're unveiling our groundbreaking technologies designed to revolutionize your logistics and material handling processes. Why You Should Watch: - Innovative Solutions: Dive into the features and benefits of our latest products and how they can transform your operations. - Expert Insights: Hear directly from our team of experts about the advancements in logistics technology and what it means for the future of the industry. - Event Highlights: Get a glimpse of the action at LogiMAT , including exclusive interviews, product demos, and more from our booth in hall 3. Don't miss this opportunity to explore how AFB and Logiqs are shaping the future of logistics with cutting-edge solutions tailored to meet the challenges of modern businesses. Whether you're looking to enhance efficiency, improve reliability, or drive sustainability in your operations, our innovations at LogiMAT are the key to unlocking new levels of performance. Remember to like, share, and subscribe for more updates on logistics innovations and insights from industry leaders. Join us on this exciting journey to redefine logistics solutions! 🔍 Visit our website for more information: https://www.afb-gmbh.de/en/ 🌍 3D Video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #Telescopic #AFB #3D #3danimation #Fork #LogiMAT #AFBxLogiqs #LogisticsInnovation #MaterialHandling #FutureOfLogistics #InnovativeSolutions

Discover KIS bearings in crane applications such as this mediload model by AFB Anlagen- und Filterbau Gmbh & Co. KG. Contact us for a detailed consultation to find the perfect KIS solution for your application: https://bit.ly/KIS-contact

Transfer car with lift mast and double-deep telescopic fork Safely lifted off: These are chipboards in an order picking warehouse with a customized transfer car manufactured by AFB. Our latest special solution for our customer combines a transfer car with lift mast and a double-deep telescopic fork for double-deep storage of Euro pallets. This makes the product unique so far. Maintenance made easy The transfer car is used in a commissioning warehouse with a robot station. There, chipboards are pre-picked and buffered for production. To ensure easy maintenance of the lift mast system in the future, a ladder and step plates have been integrated on the mast. For even more safety at lofty heights. Technical data: • Lifting height: 4845 mm • Max. load weight.: 750 kg • Speed ​​driving: 90 m/min • Speed ​​lifting: 60 m/min • Lowest discharge level: 705 mm (from the floor) • Highest discharge level: 5555 mm (from the floor) • Stroke telescopic fork: 2975 + 50 mm • Top fork length: 1250 mm • Telescopic fork length: 1500 mm • Speed ​​telescopic fork (loaded / unloaded): 30 / 60 m/min 🔍 Visit our website for more information: https://www.afb-gmbh.de/en/ 🌍 3D Video created by Hot Sauce 3D Animations: https://www.hotsauceanimations.nl/ #Telescopic #AFB #3D #3danimation #Fork

KIS Linear Axis System with Robot

🤖 Robots would choose KIS Bearings! Maximise the performance and durability of your automation systems with our high-performance #HybridBearings. Our products are customised solutions designed to fit your specific application, for example in medical technology. 💡 In medical applications, hybrid bearings run much more quietly and for much longer, resulting in increased safety and reliability of your devices. Ceramic balls have a higher cost factor than steel balls due to a more complex manufacturing process and more expensive raw material prices, but a bearing is only one part of a mechanical system (including shaft, lubrication and housing). Together, these parts determine the function, availability and, above all, the service life. As a result, the initially higher investment costs of the ceramic bearing may be quickly amortized due to the many technical advantages specific to the application. 💡 Imagine your devices operating almost silently and with maximum efficiency, which not only increases patient comfort, but also extends maintenance intervals and minimises downtime. Our hybrid bearings offer exactly these benefits and can significantly improve the performance and longevity of your devices even with insufficient lubrication and small indentations on the raceway, which are polished again by the hard ceramic balls. In numerous automation and robotic applications, thin section bearings must provide high camber stiffness and load capacity while minimizing friction, all within the smallest possible design. With an advanced material portfolio custom-engineered hybrid ceramic thin section bearings are developed to meet and exceed these demanding operational requirements. They are for example available as deep groove ball bearings, angular contact ball bearings and four-point-contact versions. 👷‍♀️👷‍♂️ Our KIS engineers will work with you to develop the perfect bearing for your automation system. Let's discuss how we can make your processes even more efficient!

What makes the iCUBE stand out from all other warehouse automation systems on the market? - The advantage of full-scale automation, while using far less machines than any other system. - Our complete software suite that ensures the automated fulfilment of all the inbound, outbound and order picking jobs. - The mix of hardware and software, giving our customers extreme flexibility and redundancy for their warehouse operations. Curious if our system works for your warehouse or production facility?Experience for yourself how easy it is to design your own ideal layout using our online 3D Configurator: https://asrs.logiqs3d.nl/ #warehouse #warehouselogistics #warehousemanagement #warehouseautomation #warehouseoperations #warehousingsolutions #technology #asrs #automation #internaltransportsystem #automatedsystem #icube #configurator #automationengineering

On Halloween this year, Keep the monsters away With a pumpkin a day! May be pink or may be red Maybe candies instead… Use a coffin as a way To keep the pumpkins in place. Get them out to play If you think outside is safe But keep in mind that for a day Pumpkins keep the ghosts away! #halloween2022 #pumpkin #pumpkinseason #halloweenart #pumpkinspice #trickortreat #halloweeniscoming #animation #3danimation #creativecontent #3dart #digitalart #design #3drendering #marketingagency #marketing #bussines