APWORKS Qualifies Scalmalloy for Farsoon FS422M Metal 3D Printer

APWORKS, Farsoon FS422M Metal 3D Printer

Breakthrough in Aluminium-Scandium Alloy Production for Additive Manufacturing

APWORKS, a leading provider of advanced Additive Manufacturing (AM) solutions, has announced that its Scalmalloy, an aluminium-scandium alloy renowned for its high strength-to-weight ratio and corrosion resistance, is now qualified for use on the Farsoon FS422M metal 3D printer. This qualification represents a significant milestone in the development of high-performance materials for industries requiring lightweight and durable components, such as aerospace, automotive, and robotics.

 

Farsoon FS422M’s Precision and Scalability Enable High-Performance Parts

Larger Parts and Faster Production with Enhanced Material Properties

The Farsoon FS422M is a high-precision, scalable metal 3D printing system that enables manufacturers to produce larger, complex parts with superior mechanical properties. APWORKS has been impressed with the consistent tensile strength achieved on this system, noting that the performance of Scalmalloy parts on the FS422M is consistently in the upper quartile compared to other powder bed fusion systems. This qualification not only increases the production capacity for Scalmalloy parts but also improves efficiency, enabling faster production cycles and the ability to produce larger, more intricate components.

The advanced mechanical properties of Scalmalloy make it an ideal material for high-performance applications, where both strength and weight are critical. This achievement enhances the Farsoon FS422M’s ability to meet the demands of sectors like aerospace and automotive, where these qualities are paramount. The qualification of Scalmalloy for this platform further expands the potential for Additive Manufacturing in industries that require parts capable of withstanding extreme conditions while maintaining a lightweight design.

Collaboration Opens New Possibilities for Metal AM Applications

Partnership Enhances Production Flexibility and Innovation in AM

Jon Meyer, CEO of APWORKS, described the qualification as a key step toward offering greater value to customers, allowing the production of high-performance, larger parts with a higher rate of production. “We’ve seen consistently impressive results from the Farsoon system, which enables us to take Scalmalloy to the next level in terms of size, speed, and performance,” Meyer said. Farsoon’s Managing Director for Europe, Oliver Li, added that this collaboration not only highlights the FS422M’s capabilities but also opens up new possibilities for high-performance metal AM applications across various industries, particularly in sectors where precision and material performance are critical.

 

Showcasing Scalmalloy at Formnext 2024

See the Latest Applications and Advancements in Scalmalloy at Formnext

APWORKS will be showcasing the latest applications of Scalmalloy on the Farsoon FS422M at Formnext 2024, one of the world’s leading events for 3D printing and Additive Manufacturing. Attendees can visit the Farsoon Europe booth (Hall 11.0-E11) to explore how this innovative qualification can be applied to real-world industrial applications. This marks an exciting opportunity for the industry to see the potential of Scalmalloy and the Farsoon FS422M in action, particularly in sectors requiring lightweight, durable, and corrosion-resistant components.

Leave a Reply

smp_app_img
Ti Gr.15ㅣUNS R53415

Ti Gr.15ㅣUNS R53415

Titanium Grade 15 (UNS R53415) is an alpha-phase titanium alloy micro-alloyed with Nickel and Ruthenium,…
Ti Gr.14ㅣUNS R53414

Ti Gr.14ㅣUNS R53414

Titanium Grade 14 (Ti-0.5Ni-0.05Ru) is an alpha-phase titanium alloy engineered for superior corrosion resistance and…
Ti Gr.13ㅣUNS R53413

Ti Gr.13ㅣUNS R53413

Ti Gr.13 (Ti-0.5Ni-0.05Ru) is an alpha titanium alloy engineered with ruthenium and nickel to provide superior…
Ti Gr.9ㅣUNS R56320

Ti Gr.9ㅣUNS R56320

Ti Gr.9 (Ti-3Al-2.5V) is a near-alpha titanium alloy that provides a superior balance of cold workability,…