The transformative way to approach industrial production that helps to create stronger and lighter parts and systems is called as additive manufacturing. It adds material in order to create a finished product. An example of this is the use of aluminum-based metal powder for automotive parts, profile surface spraying, powder metallurgy, and aerospace parts. One can use the powder for a variety of metal 3D printers and different types of laser melting equipment.
Research being done
A lot of attention is being paid to research in the field of additive manufacturing processes these days. Several applications are now visible in both scientific and industrial sectors. Complex structures are now being fabricated using material from additive manufacturing metal powder production. Increased functionality, being lightweight, and part number reduction are major requirements for sectors such as aerospace.
Additive manufacturing can also be called as 3d printing. The transformative way mentioned above is used to prepare three dimensional solid objects from a digital file. While traditional manufacturing methods make use of a lot of materials to produce complex shapes, the same can be done with lesser material here, with the help of a 3D printing powders supplier.
Various types of metal powders
The best features of metal powders from top companies include spherical morphology, good flow property, and controlled size distribution. A large selection of metal powders are available, which are generally inclusive of the following, in addition to aluminum:
Nickel-based
Iron-based
Cobalt-based
Copper-based
Titanium-based
Customized alloys
Quality is very important
Any industry can keep its customers happy only when it is able to provide high quality products. B2B customers in various industries must make it a point to look for reputed sellers only. Considering the nature of industries in which these products are being used, good quality is critical.
Common examples of 3D printing
3d printing makes use of several technologies and materials, and is suitable for a large number of industries. Some of the suitable industries are as follows:
Dental products
Industrial products like prototypes, end-use parts, and manufacturing tools
Prosthetics
Reconstructing fossils
Movie props
Evidence reconstruction in the forensic lab
Reasons to use 3D printers for Rapid Prototyping
The easiest way to explain this is that it is relatively cheap and fast. From ideation to a 3D model and then to holding prototypes in the hands, the time taken has been reduced from weeks to days. Changes can be made easily and one does not require expensive tools for the same.
Apart from rapid prototyping, 3d printing is also helpful in rapid manufacturing. Rapid manufacturing allows businesses to make use of 3d printers for small batch custom manufacturing, and is a relatively new method.
3D printing in the automotive field
Automotive manufacturers have been using this technology since a long while now. They make us of 3d printing to print the following:
Tools
Spare parts
Fixtures
Jigs
End-use parts
It may be surprising, but automotive enthusiasts are restoring old cars by using 3d printed parts.