What are the Features of Industrial Best 3D Printer?

Industrial best 3D printers can be a supporting machine that complements most manufacturing processes. Choosing an industrial FDM printer (FDM: Fused deposition modelling) that best meets your needs is a tough task. As it involves a lot of investment and research. To make things easier for you, we are sharing with you some basic points to look out for. While you are shopping for a large format FDM printer.

It Should Use High-Performance Engineering Grade Materials

An industrial best 3D printer can establish its base in the market (become a popular large format FDM printer) only if it uses materials that are already in use in the industry. These materials have exceptional mechanical properties along with some unique features, namely chemical resistance and non-flammability. Some materials that come with carbon fibre are the PAEK family, ULTEM (PEI), and PC (Polycarbonate). You can order these materials (online) along with an industrial FDM printer at Evo3D's homepage.

It Should Include a Big Active Heated Chamber

An industrial best 3D printer that comes pre-equipped with a heated chamber allows the user to print with high-performance materials. And also offers the facility to print materials like ABS at higher temperatures. This is important because ABS printed in a non-heated chamber is comparatively 20–30% weaker than the same material printed in a heated chamber.

Dimensions Matter a Lot

The dimensions of a large format FDM printer are also very important. They decide how big or how many 3D prints you can get in one given job. Keeping a stable high temperature in a large printing chamber is one of the crucial specifications for an industrial best 3D printer. These chambers should include metal parts inside that are specially designed for the chamber conditions.

Printing Speed

This feature is linked to the overall performance of an industrial FDM printer. If you are carrying out a comparative study of several industrial 3D printers based on their print speeds. You should compare the time required to print the same model with similar specifications. This way, you can better evaluate their print quality along with their print speed. As in most cases, the values shared by the manufacturers are only on paper, and they vary on the ground.

To help you out of this situation, Evo 3D offers a lot of demo videos that help you get a thorough insight into the printing of several of its 3D printer offerings. So, that you can match the on-paper details regarding a 3D printer with on-ground reality. This thing matters a lot because fast printing speeds ensure lower printing costs. Especially when the printing is being done on an industrial scale.

Reliable After Sales Support

As is the case with most expensive manufacturing devices, support and backup matter a lot. Most of the 3D printer manufacturers who deal in the popular range of large format FDM printers do not offer local support. Leaving the buyers on their own in case they face any issues with their purchase. So, do a good amount of homework, like, whether the supplier of your 3D printer has enough manpower that includes qualified technicians. Along with enough stock of printer spares. And last but not least, can they offer on-site support within stipulated time?

Easy Removal

Keeping in mind the needs of the industry, most professional 3D printers manufacture parts along with an automated support structure. To ensure that part is according to the specifications. It is of this much importance because this way you can remove support structures easily assisted by a semi-automated process. And no damage comes to the part as well, along with improving the speed of the production process.

Print Without Fail and Least Possible Downtime

Large format FDM printers do include features that exceed automatic bed calibration, a filament runout sensor, an onboard camera and print-farm compatibility. All these contribute to increasing the reliability of the process. Along with helping out in avoiding any emergencies and any unexpected failures during the printing process.

Most printers make use of various state-of-the-art technologies with a single aim. And that is to automate the printing process to the maximum extent possible. They execute this strategy by preparing a digital model followed by the whole process of printing and upcoming post-processing. This strategy is of great help when you want to design a high-performance 3D printer that prints steadily with the least possible downtime.