Intelligent conveyor technology for production and logistics
Based on the patented celluveyor technology, cellumation offers powerful automation solutions for material flow systems in intralogistics.
Powerful
Omnidirectional movements enables efficient material flow, at up to 1.15 m/s.
Space-saving
5 hexagonal cells are sufficient to provide a multitude of complex material flow movements.
modular
The flexible arrangement of identical cells creates unlimited layout possibilities and extensions.
Quickly integrated
We integrate in a few days, not weeks.
We make You move Our Mission
Our goal is to push the boundaries of what has been technically possible until now to a new, more efficient level. With our high-performance and universally applicable celluveyor technology we are revolutionising the world of conveyor technology and helping to optimise the material flow. Our vision:
In the future, every package delivered worldwide will have touched a celluveyor cell.
Technology
What is the celluveyor
“cellular conveyor”
The idea behind the celluveyor is a modular conveying and positioning system that is fundamentally based on a single component – the cell. The hexagonal design of the hardware module promises flexible layout options. In combination with the three omnidirectional and independently driven wheels per cell, complex material flow movements are possible with minimal space requirements. For this purpose, our intelligent and self-learning software brings the cells to life and individually controls the wheels, so that objects can be aligned or even rotated as desired. The principle is simple: The hardware remains the same, the software defines the function.
celluveyor
Products
Our product names combine the hardware with the software. “cv.” is the abbreviation for celluveyor and with the appropriate software we create products for a wide range of applications.
cv.DEPAL
Separate any pallet layers automatically, on less than 3 square meters and on up to three exits.
cv.GO
The all-rounder for your conveying system: corner transfer, rotation, curve travel, diverting – precise & fast.
cv.CROSSDOCK
From small turnouts to large sortation solutions, the cv.SORT can be scaled to any size & allows for high throughput, with automated alignment of the conveyed material.
cv.BULKSORT
The answer to growing e-commerce and limited logistics space.
3 processes in one cv.BULKSORT:
Singulate, orientate & sort.
Latest projects
cv.SORT at DHL
Sorting, rotating and aligning on less than 3 m². Together with FS Solutions, cellumation has integrated a high-performance sorting solution at the DHL Logistik Center Greven, which has enabled a significant increase in throughput.
cv.SORT at Verdnatura
428 cells, 11 meters, 10 synchronized cameras and 34 bidirectional buffers.
As a key component of the warehouse automation, a celluveyor XXL sorts and sequences all orders, for optimal palletizing.
CMILE – Last Mile
Space-saving sorting in the Microhub, ensures less CO² emissions on the last mile. Together with Grünfuchs, we were able to successfully realise the pilot project.
This required a combination of our systems.
Together we are revolutionizing the world of materials handling
Together we are revolutionizing the world of materials handling
Together we are revolutionizing the world of materials handling
What our clients say
“The celluveyor is compact and powerful. On an area of only 2.7 m², it reliably conveys and distributes parcels without congestion.”
“The celluveyor GO offers our customers enormous flexibility and thus great savings potential.”
“The technology is the gamechanger for inner-city logistics. We can singulate and sort automatically in a minimum of space.”
Let’s talk!
Let’s talk about how we can achieve the highest performance in your material handling system with our powerful celluveyor technology.
Tel. +49 (0) 421 331135 0
Fax +49 (0) 421 33 11 35 99
Mail info@cellumation.com
Kleiner Ort 7
28357 Bremen
Germany
Legal notice & Jobs
This project has received fundings from the European Union’s Horizon 2020 Research and Innovation Programme under grant agreement No 954282.