Engine Intake/Exhaust Guarding
Let ADDere print your
Engine Intake/Exhaust Shielding
Protecting the engine on a front-line military vehicle is nearly as important as protecting the crew. Preventing foreign objects from directly entering the engine through the air intake or the exhaust system while allowing those systems to function correctly requires carefully designed defensive shielding. ADDere’s additive manufacturing process is ideal for producing complete engine guarding with a single solid internal structure that can deflect projectiles and allow consistent airflow.
The ADDere laser wire additive manufacturing system produces 3D printed large-scale, near-net-shape parts in various metals including Titanium, Inconel, Stainless Steel and other superalloys, and most Ferrous-based metals.
ADDere has these additive manufacturing capabilities as well as many more printing capabilities. Contact us today if your business wants 3D-printed stainless steel intake or exhaust shielding.
ADDere Print Details
Deposition Rate: 4 lbs. per hour
Total Built Time: 40 hours
Material: Duplex Stainless Steel
Dimensions: 1 meter diameter
System Used: ADDere Custom System
Next Level Industrial-grade Laser Wire Additive Manufacturing
What's going on at ADDere
Latest Blog Posts
ADDere: A Strategic Asset for the Defense Logistics Agency
In the rapidly evolving landscape of defense logistics, metal additive manufacturing has emerged as a pivotal technology, revolutionizing how the Defense Logistics Agency (DLA) operates
Where the ADDere Additive Process Excels Over Metal Casting
Metal casting and additive manufacturing are the two most common methods of producing large-scale metal parts. Metal casting involves pouring molten metal into a mold
Trends and Future Prospects in Large-Scale Metal 3D Printing
Industrial Metal additive manufacturing is not a new technology or concept. Still, it has gained significant momentum in recent years in many industries, thanks to
The Opportunities of Additive Manufacturing for Sustainable Development & Circular Economy
ADDere’s additive manufacturing process contributes to sustainable development and a circular economy by reducing material waste, energy consumption, greenhouse gas emissions and transportation costs. It
How Additive Manufacturing Can Reduce Production Lead Times
Production lead time is a critical variable for companies that rely on production and manufacturing processes to produce goods. In traditional manufacturing processes, it can
ADDere Provides GKN Aerospace with the Industry’s Largest Additive Manufacturing System
Building large-scale titanium parts for aerospace applications requires the largest metal 3D printer available. Because of the demanding nature of aerospace components and their previous
