Types of 3D Printing Technologies

Types of 3D Printing Technologies

The companies follow various ways of 3D printing due to their consistency, strength, and expense. 

FREMONT, CA: The capability to develop a physical component from a roll of filament or a resin bottle that they have built seems like science fiction. 3D printing, in layman's words, refers to the creation of a 3D component of a digital template. There are several ways to print anything in 3D, but some of the more well-known methods certainly have things common.

For instance, they're all primarily additive systems. It is in stark contrast to traditional processing methods, like milling or spinning, which are subtractive processes. They create pieces from the former's ground-up and break down bits from a larger block in the latter to get to the desired component.

Both have benefits in the context of the consistency, expense, strength, and parts that can be produced. The user can need to decide on a method based on his or her specifications. Needless to say, 3D printing has significant use cases in prototyping due to the limited lead time and expense for high-mix, low-volume materials.

Types of 3D Printing Processes:

In order to create parts from the ground up, all 3D printing procedures use filaments, which serve as the building block. 

1.Powder Based Filaments

Selective Laser Sintering (SLS)

In SLS, layers of filaments dependent on powder are deposited, partly melted, and cured. It adds to a system that helps construct complex geometries and shapes. The method itself requires the deposition of a powder-based filament coating that is subsequently healed by a laser beam of CO2. A significant benefit is that no support structures are necessary because the powder filament functions as a pseudo-support structure.

Selective Laser Melting (SLM)

SLM also utilizes a powder-based filament, much like SLS, to produce sections from the ground up. The main difference between SLS and SLM is that the powder is sintered in the former and melted in the latter. Sintering leads to heating a sample that causes particles to bind to each other near to their melting point.

2.Liquid (resin) Based Filaments

SLA (Stereolithography)

SLA utilizes a photopolymer resin that is layer-by-layer deposited and cured. Due to the relatively thin layers of material deposited at one time, sections printed with SLA have excellent surface finish and consistency. The procedure itself contains a base plane that helps develop the components, dipped into a vat of resin. The most significant benefit of an SLA printer is that prints are high-speed and outstanding in quality.

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