Laser cutting in the manufacturing industry has become the technology of choice for cutting the large, flat pieces that make up most of the world’s manufactured goods. Laser cutting allows the creation of high-precision, lightweight, precision-machined parts that are nearly indistinguishable from one another in size, shape and finish. In this way, laser cut parts are manufactured at a fraction of the cost of traditional machining.
The manufacturing of laser cut parts is characterized by:
Low-cost and fast production, the rapid and accurate machining process, the use of computer-aided design (CAD) to design and create precision part parts. The use of an ultrahigh precision (UHP) laser to cut parts, the UHP laser produces a single, high-precision layer of material.
We could be looking at laser cutting while manufacturing steel that could be used to build a large airplane, the team said.
In a paper published last week in the journal Applied Physics Letters, the team said that its steel laser cutting technique could be used to make more than a million pieces of steel a day, “including aircraft components, structural components, parts for marine vessels and military equipment.”
“The next challenge is to create a commercial-scale milling machine,” the researchers wrote.
Laser cutting has changed. This has allowed us to be able to develop more refined and high quality parts and make them easier to find.
We also use a 3D laser cutting technology called SLS. SLS is laser technology that has been used for years, which allows us to cut parts with less power and material, making it possible to keep the costs down.
3D Printing:
In our project we are trying to take the technology of 3D printing to the next level and make it available to a wider range of people. This has led us to a few key technologies, the first of which is the use of 3D printing in our project. By using 3D printing we are able to give the backers the opportunity to not only get their hands on the first production model of the device but to test it extensively as if it was a production product.
Comments