Ansys and Siemens Strength launch strategic partnership

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Ansys and Siemens Strength are partnering to offer an improved design procedure for creating Additive Manufacturing (AM) parts. 

The collaboration unites Siemens Energy's powder bed fusion (PBF) AM printing process with Ansys simulation solutions - empowering AM designers to create ultra-precise parts, considerably reduce production time and expedite products to market. 

Designers often lack competence in AM manufacturing, printing preparation and simulation equipment, resulting in the production of several physical prototypes, unnecessarily inflating budgets and development time. 

Mutually, Ansys and Siemens Strength will teach engineers to diminish costly creation rework and offer affordable next-technology AM printing solutions, so new products can come to be developed with an increase of speed and top quality for global customers. 

Designers might harness Ansys simulation answers to lessen the guesswork found in product style and validate highly complex part geometries. Leveraging greater than a 10 years of AM experience on gas turbines and various other rotating equipment, Siemens Strength can provide real-world request support across the complete design-to-manufacturing benefit chain for companies looking to bridge toward 3D print capabilities. 

"Engineering teams' paramount target is to print parts right the very first time and this partnership makes training them on that job possible," said Quan Lac, Mind of Additive Manufacturing, Americas at Siemens Strength. "Together, we will train our joint clients to create and build products more rapidly, ensuring customers receive brand-new innovations with markedly greater speed."

The partnership brings new AM features to engineers across industries, delivering dynamic insights which will radically advance the AM industry and increase new product innovation, said Shane Emswiler, senior vice president at Ansys. "By breaking the constraints of classic manufacturing, we are training designers to turn their visions into simple fact and substantially improve efficiency."

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