Postal & Parcel

Precise Power and Data for High-Speed Sorting Operations

Sorters rely on efficient energy supply systems to power their actuators and achieve high throughput rates. Our advanced solutions, including conductor rails and inductive power transfer, support continuous operation at speeds of up to 3 m/s. By providing a reliable energy supply, we help Sorters to process over 20,000 parcels per hour with precision and efficiency.

Fast and efficient data transmission is essential for controlling and coordinating sortation systems. Our high-performance data solutions provide real-time monitoring and precise control, ensuring accurate sorting and smooth integration with warehouse and hub operations, even at peak times.

Automation and control are essential for optimizing sorter performance. Our solutions integrate seamlessly with existing systems and offer intelligent features such as condition monitoring and predictive maintenance. These capabilities increase reliability, reduce downtime, and optimize overall system performance for postal, parcel, and e-commerce logistics.

Tailored Solutions for You:

• Our Conductor Rails, equipped with durable long-life brushes like the 0811 SingleFlexLine, provide a reliable energy transfer solution for high-performance Sorters.
• ProfiDATcompact ensures seamless data communication while integrating energy supply, optimizing sorter operations with its space-saving design.
• For a contactless and maintenance-free energy solution, Inductive Power Transfer offers a consistent energy supply.
• RadioSafe is a safe wireless radio solution that enables loop sorters to be run and stopped remotely during maintenance and commissioning operations. 

Powering Smart Mobility: Solutions for AGVs and AMRs

AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) are essential for automated material transportation in factories and warehouses. While AGVs follow fixed routes, AMRs use SLAM technology to navigate dynamically and adapt to changing environments. A well-designed energy supply and data communication strategy are essential to maximize uptime and efficiency.

A reliable energy concept is key to ensuring continuous operation. Opportunity charging helps minimize battery size, weight and cost, while reducing the total number of robots needed to perform a given task. Our solutions, such as inductive charging and conductor rail systems, provide efficient power transmission, eliminating long charging breaks. Intelligent energy management, which co-designs battery size with the charging strategy, enables seamless integration into operational workflows, allowing robots to charge strategically without disrupting production.

Stable and fast data connectivity is essential for accurate navigation, process control, and fleet management. Our solutions enable real-time communication, allowing AGVs and AMRs to receive updates, optimize routes, and react dynamically to obstacles. In addition, advanced data management allows robots to enter sleep mode during downtime and wake up automatically, reducing unnecessary energy consumption. By integrating reliable energy transmission with intelligent data communication, we enhance productivity, optimize fleet efficiency, and support the seamless automation of modern intralogistics environments.

Tailored Solutions for You:

• Our all-in-one inductive charging solution WirelessCharger 3.0 ensure a reliable energy supply for high-throughput AGV/AMR operations
• Our conductive charging solutions based on KontaktCharger series and Nano+ and Enduro+ charging contact series will cover all size of AGVs and AMRs with fast rates.
• Integrated charging solutions like 0865 ChargeLine could also be provided for a dynamic charge to reduce downtime and enhance overall system efficiency.
• BatteryBlock energy storage series is provided plug-and-play with our charging solutions, for a safe and efficient charging process.
• AGVs and AMRs equipped with onboard energy storage benefit from RadioSafe, a fleet-wide emergency stop system that enhances safety, and can remotely handle sleep modes