Solukon – the post-processing market leader for depowdering

Depowdering made easy: Automated cleaning of laser-melted 3D printed parts

URMA is expanding its range of additive manufacturing machines in the post-processing sector with the Solukon depowdering systems. Solukon was the first company in the world to develop an automated solution for component cleaning: Smart Powder Recuperation technology SPR®.

Smart Powder Recuperation technology

Solukon depowdering systems are compatible with all powder-based 3D printers. The various post-treatment systems differ mainly in the size of the parts to be cleaned and the movement options of the swivel arms.

 

Starting with the entry-level model SFM-AT200, through SFM-AT350 for medium-sized components and the SFM-AT-800-S system, which is suitable for complex components, to the SFM-AT1000-S depowdering system for particularly large components.

Depowdering

Automatic depowdering of beam-melted metal components

For 3D printed metal parts, URMA offers Solukon, a wide range of systems for automatic powder removal. All machines are based on the Solukon Smart Powder Recuperation technology SPR®: Rotations and targeted vibration excitation ensure that powder can escape from the finest internal channels.

Solukon systems can quickly and efficiently de-powder complex metal components such as heat exchangers. By inerting in a protected process chamber, Solukon systems are also approved for reactive materials such as titanium and aluminum. Solukon thus sets the highest standards for industrial depowdering of additively manufactured metal components. Read more about depowdering components here.

URMA SFM-AT200 Entpulverung Depowdering Metallbauteile

SFM-AT200 – the entry-level model

The most compact solution to efficiently and thoroughly clean beam-melted metal components is the SFM-AT200. It meets the highest safety, functional and durability requirements. The depowdering system is space-saving in design and ideal for medical components and laboratory applications.

Datasheet-SFM-AT200
URMA SFM-AT350 Entpulverung Depowdering Metallbauteile

SFM-AT350 – for medium-sized components

The SFM-AT350 is suitable for medium-sized beam-melted metal parts. The system supports components weighing up to 100 kg. The SFM-AT350 has a large chamber volume and great freedom of movement. Complex motion sequences can be programmed quickly and easily.

Datasheet-SFM-AT350
URMA SFM-AT800-S Entpulverung Depowdering Metallbauteile Innenbereich

SFM-AT800-S – for complex components

The SFM-AT800-S is the flagship of the depowdering systems and is suitable for highly complex metal components with a height of up to 600 mm. Even complex components with internal channels are freed from powder completely automatically and efficiently.

Datasheet-SFM-AT800-S
URMA SFM-AT1000-S Entpulverung Depowdering Metallbauteile

SFM-AT1000-S – pro version for particularly large components

The SFM-AT1000-S is an automatic depowdering system for large and heavy metal components weighing up to 1763.7 lb. and up to 1 m in height. This makes it the ideal system for the aerospace industry, which has particularly high post-processing requirements.

Datasheet-SFM-AT1000
SFM-AT1500-S_website

SFM-AT1500-S - for particularly high and complex components

SFM-AT1500-S is a depowdering system that was specially developed for cleaning extra-large, heavy and complex parts. The system can accommodate parts with heights of up to 1500 mm and weights of up to 2100 kg.

DATASHEET-SFM-AT1500-S
URMA SFM-AT800-S Entpulverung Depowdering Metallbauteile

Smart Powder Recuperation SPR

SPR® enables fully automated cleaning of 3D printed metal parts in a protected atmosphere. Through automatic rotations around two axes and targeted oscillation excitation (vibration), the powder becomes "flowable", so that even narrow openings and internal channels become powder-free.

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Solukon: Automated depowdering in the medical technology sector

 

URMA Whitepaper Solukon

 

 


It’s not just in the aerospace sector and other sectors that manufacture particularly complex parts using additive processes that demand for automated depowdering is increasing. More and more companies in the medical technology sector require automated solutions – the need for full transparency, certification and occupational health and safety are the essential motivating forces.

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Frank Gersbach – Manager Additive Manufacturing