IBCS POLAND SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ zrealizowała projekt dofinansowany z Funduszy Europejskich pn. „ibcsDock/ibcsCloud: zautomatyzowany system rejestracji przepływu towarów w magazynie”.
The XP-15 is an innovative pallet cobot that can function both as a fully autonomous robot and as a traditional electric pallet truck. Its flexibility makes it perfect for a variety of tasks in warehouses and production plants.
Cobot XP-15 allows the operator to manually load the pallet and select the target route. After programming, the cobot automatically delivers the pallet to the indicated place and can then return for another one or work in various operating modes, such as transport mode (Taxi Mode), continuous motion mode (Sushi Mode) or Bus-Stop Mode. There is also the possibility of working in a group (Multi-Robot Mode), where many cobots cooperate in one area, ensuring smooth and coordinated logistics.
The advantage of the XP-15 robot is the ability to operate without integration with an ERP or WMS system and this is currently the case in 99% of implementations. If there is a need for integration with MES or WMS, IBCS Poland can prepare a solution based on the available API interface.
“Many bidders applied for the implementation. However, the scope of the solution proposed by IBCS Poland, as well as additional elements related to network monitoring and management as part of these functionalities, determined the choice of this solution – explains Zbigniew Koplin from the District Dairy Cooperative in Piątnica.”
“It is worth emphasizing that the efficiency of the warehouse increased above the assumed value. This contributed to real financial savings. We are fully satisfied with the implementation and its effects as well as cooperation with IBCS Poland.”
“As intended, work ergonomics have improved, the number of errors has decreased, and warehouse processes have been optimised. The pick-by-voice technology has also contributed to speeding up the collection and dispensing stages, as well as increasing the efficiency and effectiveness of picking.”
“The system is centralized and easy to manage from one place. It generates not only savings of funds, but also time savings – previously, manual printing was performed by employees and operators of all workstations. (…) The universal architecture significantly reduced downtime, facilitated service work and additionally largely eliminated human errors.”