Equispheres has partnered with 3D Systems to advance additive manufacturing. This agreement allows the use of Equispheres’ high-performance aluminium powder in 3D Systems’ DMP Flex 350 and DMP Factory 350 3D printing systems. This collaboration aims to enhance 3D printing efficiency and quality, especially in industries like automotive and aerospace, where precision and speed are essential.
Performance Gains with Equispheres Aluminium Powder
Equispheres’ aluminium powder shows significant improvements in 3D printing. Tests on 3D Systems’ printers revealed productivity boosts of up to 50%. The powder maintains an impressive density of 99.8%, ensuring high-quality prints. The DMP Flex 350 printer also demonstrated a build rate of 49.7cc/hr at 60µm layer thickness. This improvement boosts both speed and quality in production.
Impact on Automotive and Aerospace Industries
Equispheres’ aluminium powder is particularly beneficial for the automotive and aerospace sectors, where lightweight and high-performance parts are crucial. Potential applications include heat exchangers, brackets, and passive RF hardware. The collaboration between Equispheres and 3D Systems allows for faster and more efficient production of these complex components, reducing costs and manufacturing time.
Leadership Expansion to Meet Demand
Equispheres has appointed Rob Acton as Vice President of Sales for North America. Acton, formerly the Global Director of Strategic Partnerships at Carpenter Additive, will help expand the company’s presence in North America. This move aligns with the growing demand for advanced materials in additive manufacturing and positions Equispheres for further growth.
Conclusion
Equispheres’ breakthrough in aluminium powder technology, along with 3D Systems’ innovative printing capabilities, will advance high-performance 3D printing. This partnership will improve efficiency, cut costs, and speed up production, placing both companies at the forefront of the additive manufacturing industry. As industries like automotive and aerospace continue to innovate, this collaboration will drive the shift toward mass production of complex components.
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