IN Brief:
- Symbotic has acquired Bremen-based cellumation, developer of the patented celluveyor material handling platform.
- Its modular hexagonal cells use independently controlled omnidirectional wheels to move, position and rotate goods without separate mechanical transfer devices.
- cellumation will retain its management team and independent customer relationships, while Symbotic plans to integrate the technology into future warehouse automation systems.
Symbotic has acquired German material handling technology developer cellumation, adding a software-controlled conveyor and sortation platform to its warehouse automation portfolio while retaining the Bremen company’s existing commercial operations.
The acquisition was announced on 13 October 2026, with cellumation’s founding management team remaining in place. Co-founder and chief executive Dr Hendrik Thamer and co-founder and chief technology officer Dr Claudio Uriarte will continue leading the business, which will operate under its own name and serve customers independently of Symbotic’s warehouse automation projects.
cellumation developed the patented celluveyor, a modular conveying system built from hexagonal cells containing independently controlled omnidirectional wheels. Instead of moving along a fixed conveyor route, goods can be transported, rotated and positioned across the surface through coordinated wheel movements determined by software.
The cells themselves remain in place. Each forms part of a conveying surface, with the wheels moving objects according to programmed instructions. This differs from mobile warehouse robots, which travel between locations, and from conventional conveyor arrangements that use dedicated mechanical equipment to turn, divert or transfer goods between fixed routes.
By controlling movement at the individual cell level, the system can direct products along different paths and alter their orientation within a confined area. The same hardware can therefore perform several handling functions, although the physical arrangement of the cells and the characteristics of the products determine which movements are possible.
Products require a substantially flat underside to travel reliably across the system. cellumation publishes a maximum conveying speed of 1.15 metres per second, together with minimum object dimensions that vary according to the cell size used. Those figures describe equipment capabilities rather than the throughput achieved by a complete warehouse installation.
Actual handling rates depend on the size and spacing of goods, available entry and exit points, the movements required and the capacity of connected equipment. A conveyor that can rotate an object rapidly may still need to pause if the downstream route is occupied, making integration with the surrounding operation central to its performance.
One established application involves an automated small parts warehouse operated by sensor manufacturer SICK in Kunsziget, Hungary. Four cellumation cv.GO rotation units were installed through integrator KNAPP to manage the transfer of two different tote sizes into the automated storage system.
The larger totes measure 600 by 400 millimetres and weigh up to 35 kilograms. They must be rotated through 90 degrees, while smaller 400 by 300 millimetre totes weighing up to 15 kilograms continue straight ahead. A photoelectric sensor identifies the passing tote and triggers the corresponding stored movement profile.
The installation demonstrates a specific advantage of the modular system in a confined transfer area. Different tote movements can be achieved using the same type of equipment rather than installing separate turning machinery for each product format. It does not establish that the system will deliver equivalent space savings or handling rates in every warehouse configuration.
Symbotic intends to incorporate the celluveyor technology into future generations of its inbound and outbound robotic cells. These areas connect the company’s automated storage and retrieval operations with goods entering or leaving the wider system, making the movement and orientation of products important to overall material flow.
The company expects the acquisition to support more compact system designs, potentially increasing the space available for storage and reducing the amount of conventional conveyor equipment required. It also anticipates improvements in throughput and capital efficiency, although no measured results from a combined Symbotic and cellumation installation have been published.
Maintaining cellumation as an independent supplier will allow its products to remain available to other automation integrators and end customers. The arrangement preserves an existing route to market alongside the planned integration into Symbotic’s systems, rather than restricting the technology to projects supplied by the new parent company.
Software flexibility does not remove the need for mechanical and electrical integration. The cells require power, control connections and maintenance access, while their movement instructions must be coordinated with upstream and downstream equipment. cellumation publishes an IP54 protection rating for its cells and a modular replacement approach intended to simplify maintenance.
The acquisition follows Symbotic’s purchases of ARMS Innovations and Fox Robotics, which added capabilities in warehouse operational intelligence and autonomous materials handling. cellumation extends that portfolio into conveyor-based positioning and sortation, providing a different type of material flow equipment from the company’s established mobile robotics systems.
Financial terms and an integration timetable have not been disclosed. The transaction is complete, but the intended improvements to Symbotic’s future systems remain prospective. Customer deployments incorporating both technology portfolios will establish the extent to which the modular conveyor architecture changes the physical layout and performance of larger automated warehouses.
