Today, we're going to introduce how to use 3D printed parts for casting, and the exquisite final products that result.
This time, we selected two bicycle parts, which were initially 3D printed. We specifically used professional industrial-grade polycast filament
to achieve the best results during casting.
The method is the same as the brass bust we previously cast in this article~
We also used our highest quality Ultimaker 3D printer to start printing the objects.
The parts immediately after printing, before support removal.
And just like that, the smooth, white printed objects are born.
The next step in processing will be handled by the master craftsmen at the foundry~
The stainless steel castings made using 3D printed objects are almost identical to the parts you'd find at a hardware store!!!
Do you think we're done here? No, it's not that simple. We still have one final step: having the craftsmen perform the final polishing and grinding.
The smooth, translucent surface of the polished and ground parts, shimmering like silver jewelry, with no imperfections in the details, is truly a stunning final
appearance. These parts are completely ready for sale on the market.
It's hard to imagine that in the past, you would have to spend a fortune on molding and a lot of time to complete a finished part. Now, you can rely on a 3D
printer to first print the part prototype, and then send it to a foundry for post-processing. This can be achieved in just a few days, greatly reducing wasted
money and time.
To learn more about how 3D printing can be applied, feel free to browse our articles. We regularly write and update information about various companies using
3D printing to create products or applications, both domestically and internationally.