Developing solutions to quickly and cost-effectively replace the tail cones of their MK 30 anti-submarine mobile targets
Cut Costs, Improve Quality & Shorten Lead Time on Production
The US Navy quickly and cost-effectively replaced tail cones for defense systems using ExOne® additive manufacturing.
Naval Undersea Warfare Center – Keyport (NUWC) needed a way to quickly and cost-effectively replace the tail cones of their MK 30 anti-submarine mobile targets.
NUWC Keyport provided drawings of the part, which were quickly converted to a 3D CAD file. A local foundry designed and had the mold package printed in 12 days, using ExOne’s patternless sand printing method. After only 4 weeks, the completed castings were delivered to NUWC Keyport for a cost of $12,600 each.
ExOne’s Competitive Advantage
The completed castings met rigorous performance and nondestructive test inspection requirements. The result was that the US Navy was able to cut costs, improve quality and shorten lead time on production.
ExOne digital part materialization uses three-dimensional printing to create complex molds and cores directly from 3D CAD data for a variety of industries, with accuracies of ± 0.011 in. or ± 0.3mm. The ExOne process achieves geometric complexity and scale unmatched using conventional casting techniques. The process produces accurate, uniform cores and molds rapidly, significantly reducing lead times.