explore moreTypical Materials of Additive Manufacturing in Aerospace and its Positive Impact
Modern aerospace components need to meet a series of demanding requirements such as light weight, high performance, high reliability, and low cost, and the structure of components is more complex and difficult to design and manufacture. By innovating and developing key materials for additive manufacturing of aluminum alloy, titanium alloy, nickel-based alloy and stainless steel in aerospace, it not only reflects the development direction of lightweight and high performance in material selection, but also highlights the precision and net shape of additive manufacturing technology itself.
explore moreMetal 3D Printing Achieves Lightweight Manufacturing in Aerospace Industry
Aerospace industry is known for innovation, which leads the development of technologies. And many emerging technologies appear in the aerospace industry, metal 3D printing is no exception, it has become a representative of emerging technology in the aerospace industry, and will become a mainstream in the near future.
explore moreThe Application of SLS 3D Printing in Aerospace
The aerospace industry has already adopted SLS 3D printing technology to manufacture aircraft internal interiors. Some airline companies have started to use 3D printing to produce aircraft cabin components.
explore moreAluminum vs Titanium: Which Metal should I Choose for 3D printing in Aerospace Industry
Aluminum and titanium are both lightweight materials, but these are reflected on different aspects. Titanium is about two thirds heavier than aluminum, but it can reach the required strength with less material due to its inherent strength. Titanium alloy has been widely used in turbine jets and spacecrafts as its strength and low density can reduce fuel cost.
explore more3 Major Advantages of Metal Additive Manufacturing in Aerospace Industry
Industrial manufacturing companies all over the world are vigorously researching and developing metal additive manufacturing technology, especially those from aerospace industry because of the advantages.
explore moreBenefits of 3D Printed Fuel Nozzle
Fuel nozzle is one of the most critical components in combustion chamber. Its function is to make liquid fuel form a good atomized particle group, mix liquid/gas fuel with air efficiently, and produce stable flame in the head of the combustion chamber.
explore moreInconel 718 - Mainstream 3D Printing Material for Additive Manufacturing
The Inconel 718 has become a cornerstone of aerospace applications. It also has important applications in nuclear reactors (heat exchanger pipes), submarines (propeller blades, quick cut-off devices, auxiliary propulsion motors), chemicals (vessels, pumps, valves, pipes), power generation (industrial gas turbines), and the oil and gas industry (downhole pipes, wellhead hardware, torch arms).
explore moreMetal Additive Manufacturing for Aerospace by Eplus3D EP-M650
Eplus3D EP-M650 four-laser machine successfully passed the acceptance test. The overall dimensions of the metal parts are 620mm x 620mm x 150 mm.
explore moreMetal 3D Printing for Small Batch Diverse Sheet Metal Flexible Manufacturing
Eplus3D Metal Additive Manufacturing Technology Metal additive manufacturing refers to the technology that produces 3D parts layer by layer using metal powders. This process...