Top Considerations to Make When Choosing A 3D Printer

Nowadays, 3D printers are commonly utilized in small and large organizations, manufacturing facilities, and homes. 3D printing can quickly produce details, templates, or toys within a few hours. Furthermore, using a specialized printer to print 3D objects opens up a world of design and creativity potential. Additionally, such equipment is now more widely available and more reasonably priced. As a result, you may want to choose 3d printers for your place of work or home. Several variables affect a 3D printed object’s quality. Some depend on the printer’s properties, while others are based on the state of the printing medium. The key elements that should guide your choice of a 3D printer and help you buy a high-quality item are covered in this article.

  1. Manufacturer

Many companies produce machines for 3D printing for consumers. Some companies are newcomers, while others have been in the industry for a while. Longer-standing brands have endured the tests of time, so you can order with confidence knowing the product will be of the highest caliber. Verify the production company’s track record to ensure they only market premium goods. Responsive and knowledgeable customer support agents should also be available to help you if you run into problems while using the equipment or have questions you want to be answered before buying a 3D printer.

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  1. Printing Technology And The Resolution

Printing technology is classified into two main types:

  • SLS (Selective Laser Sintering):This employsthe use of a laser. They are exceedingly accurate and are utilized in creating small parts, like those utilized by dentists and jewelers.
  • Fused Deposition Modeling (FDM): This is a layer-by-layer plastic build-up. It is more suited for printing larger items.

Additionally, the resolution during additive manufacturing refers to the thickness of every layer of the medium applied. A thinner layer may minimize surface flaws or ridges based on the technology employed. The manufacturing process takes longer, and more precise details are achieved when the layers are thinner. However, before post-processing, the high resolution makes smoother faces and more outstanding surface quality possible.

One hundred microns (0.1mm) of resolution is available thanks to SLS technology. High-resolution (0.175mm) FDM layers are also available, with the typical layer thickness being 250 microns (0.25mm). Even lower resolution prints (330 microns, 0.330mm) are feasible. Low resolution is an excellent alternative for larger, less aesthetically pleasing products that you can produce rapidly and cheaply.

  1. Material Availability

Every day, the material libraries for practically all 3D printing processes grow. However, not all technologies have identical material properties. You can determine which technology provides the most suitable material for your application by carefully analyzing the types of parts you will need to 3D print in the future using your 3D printer and the materials required for those parts. Most FDM filaments are widely available at affordable costs around the globe. However, specialty materials, such as flame retardant polymers and metallic materials, are more challenging to find and may require a lengthy import process, affecting the lead time and price of such materials.

Although purchasing 3d printers can be challenging; hopefully, the above information will assist you in making an educated decision. Finally, it’s crucial to consider what you will utilize the 3D printer for before choosing a particular model because it will be the primary determiner in your future purchase.