Symbotic announces acquisition of cellumation, expanding sorting capabilities with omnidirectional cells

Symbotic announced on October 13, 2026, that it would acquire cellumation, an automation company based in Bremen, Germany. The target is celluveyor, a software-controlled sorting technology. cellumation will continue operating under its own name, and the technology will also be incorporated into Symbotic’s systems.

Symbotic expects celluveyor to replace conventional conveyor-based sorting and deliver higher throughput and support for a wider range of products in less space than conventional equipment. For warehouse operators, the question is whether sorting capacity can be secured within a limited facility footprint, but the announcement did not provide measured results or comparison conditions to assess the effect.

The acquisition adds technology that makes the conveying surface itself responsible for sorting decisions, rather than general-purpose equipment for moving packages around a warehouse. celluveyor comprises hundreds of individually controlled cells that move packages in any direction. Symbotic describes it as technology that will support next-generation robotic cells for inbound and outbound operations. The strategic focus of the acquisition therefore appears to be not an increase in the number of robots, but whether it can more densely design the flow of packages handled by robots and change how warehouse space is used. The company said it would integrate the technology into its own systems while continuing to operate cellumation under its own brand. It also said it would sell the technology as a stand-alone product to other integrators, indicating plans to offer it both as an independent sorting product and as part of an integrated system. Rather than fully combining the companies, this approach adds an integrable capability to the portfolio while preserving the operation of an existing product. Compared with Symbotic’s acquisition of Walmart’s robotics business, this deal can be viewed as adding technology and products focused on sorting, rather than acquiring a warehouse robotics business. Structurally, having a software-controlled conveying surface sort packages before handing them to robotic cells for inbound and outbound operations could simplify the design of conveying equipment and robotic cells, creating scope to free up space for uses such as storage. Symbotic cites the potential for higher throughput, a broader range of products and lower equipment costs, but the announcement provides no comparison conditions or measured results. It will be necessary to distinguish the company’s expectations from the effects in actual operations and establish which facilities and package types gain an advantage over conventional conveyors. cellumation’s plan to continue operating under its own brand also points to an approach that will maintain existing products while integrating them into Symbotic’s systems. However, the announcement does not state the acquisition price, expected closing date, integration schedule, or post-deployment throughput and space-saving results. Points to watch include the system configuration after integration, the scope of stand-alone sales and integrated versions, and the conditions used to evaluate performance.

celluveyor consists of hundreds of individually controlled omnidirectional mobile cells, each of which moves packages in any direction. According to cellumation, the technology is based on modular hexagonal cells equipped with individually controlled omnidirectional wheels. Symbotic expects that replacing conventional conveyor-based sorting will deliver higher throughput and support for a wider range of products in a fraction of the space required by conventional conveyors. The company said cellumation will continue operating under its own brand, with founders Hendrik Thamer and Claudio Uriarte continuing to lead the business. cellumation has more than 70 employees.