BOBST has developed the Mouvent Cluster. For the first time in inkjet history, utilizing the advancements of 3D Printing technology, the company is able to develop such compact and effective printing device.

The Mouvent Cluster is a unit comprising of four inkjet heads and their ink control system, encapsulated in one very compact design. And compactness is not only a size advantage but also indicates that there are minimum moving parts, well positioned internal elements and precise organized cables and connections.

Fewer moving parts mean less maintenance and less risk of failure. But the precisely positioned internal elements mean faster and more accurate temperature control and shorter distribution lines of fluids (less temperature loss and pressure equalization).

Moreover, the embedded ink and temperature control units of the Mouvent Cluster follow a very simple architecture rule. Each unit is autonomous, and each inkjet head is controlled in a separate closed loop, with its own individual pressure and temperature control systems.

BOBST introduces the Mouvent Cluster.

According to BOBST, this is a radical technology shift in the inkjet world, leading to full jetting control which provides total independence on speed of printing, ink coverage or levels of details of the printed file.

The main advantage of controlling the ink in such a short distance from the jetting and in a closed loop manner, is the consistency on the ink drop size and the efficiency of the system in long production shifts.

It also enables elimination of ink mist, absolute print head temperature control and uninterrupted production without the need of pauses to clean or cool down.

Connectivity is also a fundamental design principal for reliable performance. Performance is based on on-the-fly data analysis and algorithmic calculations, which leads to powerful control and immediate adaptation. 

Simply described, the cluster system has its own modular advanced intelligence to readapt when and where needed and at the same time is connected on a high-speed mainframe and image data stream.

The brain of the system, the electronics, is a fully programmable system. The system was built with deterministic compute approach, scalable performance, low power consumption and functional safety considerations. Updates and adaptations can take place directly on the press and triggered by remote support engineers.

BOBST has developed the Mouvent Cluster. For the first time in inkjet history, utilizing the advancements of 3D Printing technology, the company is able to develop such compact and effective printing device.

The Mouvent Cluster is a unit comprising of four inkjet heads and their ink control system, encapsulated in one very compact design. And compactness is not only a size advantage but also indicates that there are minimum moving parts, well positioned internal elements and precise organized cables and connections.

Fewer moving parts mean less maintenance and less risk of failure. But the precisely positioned internal elements mean faster and more accurate temperature control and shorter distribution lines of fluids (less temperature loss and pressure equalization).

Moreover, the embedded ink and temperature control units of the Mouvent Cluster follow a very simple architecture rule. Each unit is autonomous, and each inkjet head is controlled in a separate closed loop, with its own individual pressure and temperature control systems.

BOBST introduces the Mouvent Cluster.

According to BOBST, this is a radical technology shift in the inkjet world, leading to full jetting control which provides total independence on speed of printing, ink coverage or levels of details of the printed file.

The main advantage of controlling the ink in such a short distance from the jetting and in a closed loop manner, is the consistency on the ink drop size and the efficiency of the system in long production shifts.

It also enables elimination of ink mist, absolute print head temperature control and uninterrupted production without the need of pauses to clean or cool down.

Connectivity is also a fundamental design principal for reliable performance. Performance is based on on-the-fly data analysis and algorithmic calculations, which leads to powerful control and immediate adaptation. 

Simply described, the cluster system has its own modular advanced intelligence to readapt when and where needed and at the same time is connected on a high-speed mainframe and image data stream.

The brain of the system, the electronics, is a fully programmable system. The system was built with deterministic compute approach, scalable performance, low power consumption and functional safety considerations. Updates and adaptations can take place directly on the press and triggered by remote support engineers.