Mastering complex supply chain challenges has never been easier with KNAPP’s OSR Shuttle Evo. With over 600 successful installations globally, this automated storage system epitomises efficiency and innovation, revolutionising warehouse operations across industries.
The OSR Shuttle Evo offers unparalleled scalability, reaching heights of up to 30 meters and maximising storage space. Its intelligent shuttle robots can handle a variety of storage units, from containers to cartons and trays, ensuring seamless and efficient storage.
At the core of the OSR Shuttle Evo is the comprehensive KiSoft software, which seamlessly integrates mechanics and software to control storage and retrieval operations. This intelligent software also manages order fulfillment and stock level monitoring, ensuring smooth and efficient operations.
Capable of operating in temperatures as low as -28 degrees Celsius, the OSR Shuttle Evo is ideal for cold chain logistics. Whether in deep freeze warehouses or arctic conditions, this system supports automated processes, reducing the physical demands on employees.
“The scalability of the OSR Shuttle Evo allows businesses to improve their storage space, maximising efficiency and productivity,” Managing Director of KNAPP Australia, Michael Kemeny, said.
“It’s incredible to see how this system adapts to our client’s evolving needs, keeping their operations competitive.”
As businesses evolve, so do their storage needs. The OSR Shuttle Evo’s scalable system structure allows for easy adaptation to current and future requirements. Additional shuttles or aisles can be seamlessly integrated as companies grow.
“Adaptability is key in today’s ever-changing business landscape,” Kemeny added.
“The OSR Shuttle Evo allows businesses to easily adjust to evolving needs. Whether integrating new processes or handling unexpected demand peaks, this system grows with our clients, ensuring continued success.”
The OSR Shuttle Evo employs smart storage strategies to optimise efficiency and reduce costs per item. With its intelligent shuttle robots and double cycles, the system ensures optimal use of storage space integrating with a wide range of technologies, including goods-to-person workstations, robot picking stations, and autonomous mobile robots.