شرکت چاپگران فلز نوین ایرانیان

پرینت سه بعدی محفظه احتراق توربین Combustion chamber 3D print پروژه مشترک سیرا توربین و شرکت طراحی انتوپولوژی با استفاده از پرینترهای سه بعدی فلزی VELO محفظه احتراق یک توربین 20 کیلو واتی به همراه پره راهنما و پوسته بیرونی از جنس هستلوی ایکس به صورت پیوسته تولید شده است. Velo3D had qualified a new nickel-based alloy, Hastelloy X, due to its suitability in the additive manufacturing of power generation components such as gas turbines, using the company’s Sapphire metal AM platform. This announcement had followed relatively quickly on the back of securing the company’s largest order yet, worth $20 million, and raising $40 million in funding which increased the company’s total investment to $150 million till date. Industrial gas turbines are a priority application for Velo3D, and offering optimized materials for power generation applications is critical to driving full-scale adoption among its clients. Following the approval of Hastelloy, the company swiftly moved to partner with Sierra Turbines and nTopology, provider of generative design solutions, to test the material in 3D printing 95% of a unicore of a 20-kilowatt microturbine engine. The material is optimized to have high resistance to oxidation or corrosion cracking, resulting in better performing microturbines which require lower maintenance.

پرینت سه بعدی محفظه احتراق توربین

Combustion chamber 3D print

پروژه مشترک سیرا توربین و شرکت طراحی انتوپولوژی با استفاده از پرینترهای سه بعدی فلزی VELO محفظه احتراق یک توربین 20 کیلو واتی به همراه پره راهنما و پوسته بیرونی از جنس هستلوی ایکس به صورت پیوسته تولید شده است.

Velo3D had qualified a new nickel-based alloy, Hastelloy X, due to its suitability in the additive manufacturing of power generation components such as gas turbines, using the company’s Sapphire metal AM platform. This announcement had followed relatively quickly on the back of securing the company’s largest order yet, worth $20 million, and raising $40 million in funding which increased the company’s total investment to $150 million till date.
Industrial gas turbines are a priority application for Velo3D, and offering optimized materials for power generation applications is critical to driving full-scale adoption among its clients. Following the approval of Hastelloy, the company swiftly moved to partner with Sierra Turbines and nTopology, provider of generative design solutions, to test the material in 3D printing 95% of a unicore of a 20-kilowatt microturbine engine. The material is optimized to have high resistance to oxidation or corrosion cracking, resulting in better performing microturbines which require lower maintenance.