Ultimaker S5 Pro Bundle - For 3D printing any type of material

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Ultimaker S5 Pro Bundle - For 3D printing any type of material

Ultimaker S5 Pro Bundle is a unique solution tested to be left unattended 24/7, that significantly improves the 3D printing workflow and productivity, giving engineers the flexibility to spend more time on doing their best job and less time managing and monitoring their desktop 3D printer.

The Ultimaker S5 Pro Bundle transforms professional workflows through automated material management, boosting productivity, flexibility and confidence to unlock more industrial focused applications.



ultimaker S5

Ultimaker S5

The large build volume of the Ultimaker S5 not only lets you print bigger models – it allows you to put multiple parts on a single build plate.
Meet demand, maximize effi ciency, and enjoy air quality peace of mind by combining the Ultimaker S5 with its Material Station and Air Manager.


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Material Station

Seamlessly integrating with the Ultimaker S5, the Material Station redefines filament storage and delivery, unlocking truly 24/7 dual extrusion.
Inside the humidity-controlled chamber, six material spools can be loaded in any order with up to 4.5 kg of material.


air manager ufficio

Air Manager

The Ultimaker S5 Air Manager provides a closed, inside-out airflow throughout the printing process. This leads to a better-controlled environment inside the build chamber and filters up to 95% of ultrafine particles created while printing.



Ultimaker Material Alliance Program

To meet the global demand for industrial-grade engineering materials for 3D printing, Ultimaker launched the Ultimaker Material Alliance Program, which has prompted over 80 plastics manufacturers around the world to develop the print profiles of their materials for FFF 3D Printing.

material alliance program


Not only plastics, but also steel.

BASF Ultrafuse 316L

BASF Ultrafuse 316L is an innovative filament for the production of 316L steel parts.
The 3D printed parts acquire their final properties, for example in terms of hardness and resistance, through a process of debinding and sintering.
Following the binder removal and sintering treatments, printed parts are fully comparable to parts made of 316L stainless steel.



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