Ships & Submarines
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This innovative process has become a crucial component of submarine manufacturing
CNC (computer numerical control) machining is a process that employs computer-controlled machines to precisely shape and cut all types of materials
Engineers design, develop and integrate the complex systems that ensure submarines operate safely and effectively in the most demanding environments
A branch of engineering and quality assurance that involves inspecting, testing, and evaluating components or structures without causing any permanent damage or altering their integrity
Welding is a process that unites multiple pieces of metal or thermoplastic materials by skillfully melting and fusing them together using energy sources ranging from gas flames and electric arcs to precise lasers and powerful electron beams
Blasting cleans and prepares surfaces, while spraying applies protective coatings that enhance durability and overall performance
Designers are the creative force behind the most advanced underwater vessels on the planet—they literally map the future of naval defense
Also known as quality control inspection, is the science of employing precise measurement techniques and instruments to determine the accuracy and reliability of a component
Planning is the backbone of the submarine manufacturing process. It’s the invisible force that ensures every step helps produce vessels of the highest quality and performance