INDIANAPOLIS, Dec. 8, 2025 /PRNewswire/ — Nowadays Mears Gadget Company (Indianapolis, Indiana) celebrates handing over a whole poised of aerospace fuel turbine {hardware} to a brandnew buyer.

The {hardware} contains two Haynes 282 elements imprinted on the corporate’s newly obtained Velo3D Sapphire XC gadget, in addition to Inco 718 published {hardware} and alternative precision machined elements manufactured via Mears Gadget and alternative corporations. The additive {hardware} went via a expert blended Scorching Isostatic Press (HIP) and Warmth Remedy cycle to permit progressed homes for high-speed rotating {hardware}, along with specialist sprucing ways to progressed efficiency.

Most of the machined elements required micron-level tolerances and have been therefore balanced to exceptionally stringent aerospace specs—additional underscoring Mears Gadget’s loyalty to precision and technical excellence.

“Our team is incredibly proud of this achievement,” stated James Lloyd, CEO of Mears Gadget Company. “This is a significant milestone for Mears Machine and our customer. The product is a fantastic feat of engineering, which has been realized by our world-class equipment and skilled employees. We wish our customer success with their testing and are excited by the growth prospects which appear to significantly exceed our existing print capacity. We also greatly appreciate the support of Velo3D, who since the purchase of our Haynes 282 machine back in April have provided fantastic support for both the machine and this product. “

About Mears Gadget Company:
Based in 1966, Mears Gadget Company is based totally west of Indianapolis, Indiana in Avon and has over 100 machining facilities, 100 workers and four cutting-edge Velo3D Sapphire XC immense platform Laser Powder Mattress Printers. Wave submit is drawing near $50m.

The corporate manufactures elements for Gasoline Generators, Protection, Missile Protection, Rocket Inauguration, Orbital automobiles and Complicated Propulsion Answers. Production features permit manufacturing of elements from 1mm/0.040″ to turn components up to 80″/2m and mill elements as much as 5m/200″ in length and include critical rotating components, casings and structures, precision components, large additive hardware and complex fabrications. As a result of newly generated IP, the company is able to produce powder based additive hardware that can exceed the dimensions of the build chamber within which it is printed. 

SOURCE Mears Machine Corporation