Turbofan Engine

Honeywell Aerospace uses Arcam’s A2X machine to work with the nickel-base super alloy Inconel 718, ideal for intense heat and pressure situations. Because the A2X operates above 1,000 degrees Celsius, Honeywell can produce and research parts for extreme temperature environments; the company used the EBM technology with the alloy to redesign a tube on the HTF7000 turbofan engine.

“This process holds the promise of reducing manufacturing costs by 50 percent and dramatically reducing production/delivery time,” says Honeywell Aerospace Engineering Fellow Donald Godfrey.

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“The cost savings are generated by combining eight different part numbers into a design defined with one part number. Delivery can be reduced from months to weeks. Overall, the results are a better-quality part, improved rolled-throughput yield, less inventory, faster production, and a lower cost to produce.”

Honeywell’s redesigned tube for the HTF7000 turbofan engine. Courtesy Honeywell Aerospace. Bradshaw believes that for aerospace, the initial adoption driver is cost reduction using additive manufacturing to redo existing parts, as in the case of the Honeywell tube. In the medical-implant industry, the story is reversed: “They are designing for additive today,” he says.

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