Now there’s a new solution for medium-sized component cleaning

Turbex partners Solukon have developed a new powder removal system for laser-melted parts. The Solukon SFM-AT350 offers more freedom of motion, advanced programming as well as an ultra compact design which will set a new standard for powder removal. 

Adding the SFM-AT350 to the portfolio Solukon now has four systems on the market for automated powder removal for metal components, each of them optimised for different part sizes and applications.

The problem

Large and medium-sized components are increasingly being developed with more intricate internal structures and cavities, providing greater challenges in the downstream processes, especially in industrial depowdering. Previously, there has only been an effective solution to help with the cleaning of large parts. Now, end-to-end automation integration and quality validation in the depowdering process is also possible for medium-sized components as well. 

Andreas Hartmann, CEO and CTO of Solukon, explains, “The SFM-AT350 is the new standard for the depowdering. Medium-sized components can now be automatically freed from powder even faster and easier.” He adds “We are proud having responded so quickly to the increased depowdering demands for mid-range components.”

How it works

The system’s turntable is designed with endless rotation, while the horizontal axis swivels 250 degrees, which means that even complex rotation patterns can be programmed easily. Components are completely freed from powder by automated swivelling around two axes as well as targeted vibration.

Applications for this new technology

The SFM-AT350 is designed for components with a maximum total weight of 60 kg (including the build platform) and a maximum height of 420 mm. Solukon’s new Digital Factory Tool, a sensor and interface kit, is also available which allows the SFM-AT350 to be effortlessly integrated into the overall digital AM process. 

Compared to its predecessor, the SFM-AT300, the SFM-AT350 offers far greater freedom of motion and programmability, and so will be the only Solukon solution for medium-sized parts going forward. The new integrated software allows to teach paths according to part geometry, waiting times, knocking procedures, variable moving speed and much more. As well as this, the SFM-AT350 is also significantly more compact in design. 

“The SFM-AT350 can be inserted much faster and more cost-effectively than its predecessor,” explains Andreas Hartmann. “This is especially beneficial for reactive materials such as aluminium or titanium.”

The SFM-AT350 is designed for components with a maximum total weight of 60 kg (including the build platform) and a maximum height of 420 mm. Solukon’s new Digital Factory Tool, a sensor and interface kit, is also available which allows the SFM-AT350 to be effortlessly integrated into the overall digital AM process. 

Compared to its predecessor, the SFM-AT300, the SFM-AT350 offers far greater freedom of motion and programmability, and so will be the only Solukon solution for medium-sized parts going forward. The new integrated software allows to teach paths according to part geometry, waiting times, knocking procedures, variable moving speed and much more. As well as this, the SFM-AT350 is also significantly more compact in design. 

“The SFM-AT350 can be inserted much faster and more cost-effectively than its predecessor,” explains Andreas Hartmann. “This is especially beneficial for reactive materials such as aluminium or titanium.”

Applications for this new technology

The SFM-AT350 is designed for components with a maximum total weight of 60 kg (including the build platform) and a maximum height of 420 mm. Solukon’s new Digital Factory Tool, a sensor and interface kit, is also available which allows the SFM-AT350 to be effortlessly integrated into the overall digital AM process. 

Compared to its predecessor, the SFM-AT300, the SFM-AT350 offers far greater freedom of motion and programmability, and so will be the only Solukon solution for medium-sized parts going forward. The new integrated software allows to teach paths according to part geometry, waiting times, knocking procedures, variable moving speed and much more. As well as this, the SFM-AT350 is also significantly more compact in design. 

“The SFM-AT350 can be inserted much faster and more cost-effectively than its predecessor,” explains Andreas Hartmann. “This is especially beneficial for reactive materials such as aluminium or titanium.”

The SFM-AT350 is designed for components with a maximum total weight of 60 kg (including the build platform) and a maximum height of 420 mm. Solukon’s new Digital Factory Tool, a sensor and interface kit, is also available which allows the SFM-AT350 to be effortlessly integrated into the overall digital AM process. 

Compared to its predecessor, the SFM-AT300, the SFM-AT350 offers far greater freedom of motion and programmability, and so will be the only Solukon solution for medium-sized parts going forward. The new integrated software allows to teach paths according to part geometry, waiting times, knocking procedures, variable moving speed and much more. As well as this, the SFM-AT350 is also significantly more compact in design. 

“The SFM-AT350 can be inserted much faster and more cost-effectively than its predecessor,” explains Andreas Hartmann. “This is especially beneficial for reactive materials such as aluminium or titanium.”

Benefits of the SFM-AT350

More user-friendly 

The SFM-AT350 features a unique, new user interface which is more intuitive than the previous model. Users will now be able to monitor the depowdering process remotely, keeping track of vital process parameters in real time via smartphone.

Easier handling

New hardware for SFM-AT350 to make handling even easier. Components can now be mounted faster and more conveniently on the building plate using a clamping system. As well as this, the interface for the powder outlet is now compatible with standard containers. 

Suitable for complex rotation patterns

With the SFM-AT350, Solukon takes automated depowdering of components up to 60 kg to a new level. “The fact that complex rotation patterns can be programmed effortlessly is a great advantage for depowdering even the most challenging geometries,” says Andreas Hartmann.

Learn more about the SFM-AT350

For more information or to book a free trial, get in touch with the Turbex team.