Cobalt Chromium 3D Printing Service

Cobalt chromium 3D printing using offers astounding production advantages for a variety of industries. One particular 3D printing service process for cobalt chromium lies in services that offer Direct Metal Laser Sintering (DMLS). This process uses a laser to sinter finely granulated cobalt chromium powder. The laser binds together the powder layer by layer, sintering the material together to produce a physical model.

There are several advantages to using a CoCr cobalt chromium 3D printing service. While DMLS equipment is still very expensive to offer in-house, 3D printing services allow your company to outsource the work. This helps reduce costs, decrease development time, and expedite time to market. It also allows you to focus on your core business while letting experts handle the fabrication process of cobalt chromium parts.

With its very high strength properties, CoCr cobalt chromium alloy is widely used in gas turbines, bio-medical implants, and aerospace parts. It is corrosion resistant and offers excellent mechanical performance. 3D printing services using cobalt chromium substantially help industries create groundbreaking products used for a variety of industries. In the medical field, cobalt chromium 3D printing services let doctors, veterinarians, and dentists quickly outsource fabrication and reduce costs for the patient. Patients suffering from joint or bone deterioration will benefit from this most. In dentistry, the use of cobalt chromium dentures have been commonly used since 1929. With CoCr 3D printing services, manufacturing efficiency will increase dramatically while reducing costs.

CoCr Prototyping & Design

In the aerospace field, companies such as GE Aviation have produced parts using cobalt chromium alloy and 3D printing for turbine technology, jet engines, and other aerospace components. Recently, students at UC San Diego used cobalt chromium 3D printing to create parts of a rocket engine which were tested in the Mojave Desert. The European Space Agency has also rolled out project AMAZE, a program designed to spur innovation for in-space 3D printing services using cobalt chromium. This would allow astronauts to print their own tools while aboard the International Space Station.

While there are many 3D printing technologies available for metal, a growing number of cobalt chromium alloy service providers have been utilizing DMLS to support industries. In this new century, cobalt chromium 3D printing services will spawn innovation and help break traditional manufacturing barriers.