When it comes to materials, you can use whatever you like in terms of 3D printing. Plastic, paper, ceramics, and even metal dust are all options. Depending on your preferences, these materials can be used for figurines, furniture, and event decor. Listed below are some of the most common ones. Find out which one is best for your project! Once you’ve chosen a material, you can begin the 3d printing process with the help of 3d printing companies in Dubai.

Plastic

There are a variety of plastic materials available for use in 3D printing. One popular type is ABS, widely used in entry-level FDM 3D printers. ABS is durable and comes in various colors. The best part is that it is cheap to buy. You can purchase it from non-proprietary sources. But it is important to be aware that it does emit fumes.

Paper

There are a variety of advantages to using paper in 3D printing, and this is especially true if the part being made is not too complicated. However, the paper may not be the best choice if the part needs to be extremely strong. Paper is also less expensive than metal and plastic filament. Paper also requires less energy than either plastic or metal. And, unlike metal, paper can be printed in infinite colors. No other 3D printing method offers this much color flexibility.

Metal dust

The preparation of metal dust involves atomization or prilling processes. The powder is then blown through a screen-dividing machine that removes the super large powder pockets and powder balls. The result is metal dust of the desired size. The main advantages of using metal dust for 3D printing are its dispersibility and submicron particle size. It is possible to apply this powder to an existing 3D printer.

Flexible filaments

Even though flexible filaments have many benefits, they are not without their challenges. Here are a few tips for printing with flexible filaments. First, print at a lower layer height to use a lower feed rate. Second, use a separate support material using dual extruder printers. Third, try adjusting the orientation of your model to minimize the use of support structures.

Unfused powder

Three-D printers use unfused powder as support material for each layer, removing the need for dedicated support structures. The printer uses a laser to fuse powder particles mechanically. As the printer builds up, the platform lowers by one layer into the build chamber. The process continues for each layer. The process also allows operators to pack the build chamber with the most parts and create prints with minimal support.