In this blog post, we will bring your attention to two emerging technologies that have truly brought change to 3D printing. Robot 3D printers and large-format FDM printers are powerful tools for different applications. They both have a role in creating large-scale, high-resolution 3D models with some differences and similarities.

Understanding Robot 3D Printers

Robot 3D printers precisely use molten plastics or other materials to build layer by layer or other materials. This will then turn to molten plastic to print complex geometries and shapes that would be difficult for traditional FDM printers. In short, robot 3D printers provide greater build flexibility and print objects of several meters.

Some Features of Robot 3D printer

Key Features of Robot 3D Printers

● High perfection and accuracy: Robotic arms provide precise control over material deposition, resulting in better prints and intricate detailing.

● Complex shape printing: Robot 3D printers can handle complex geometries and overhangs that could cause issues for FDM printers.

● Large build volume: Robot systems can accommodate larger build sizes to enable larger objects and structures.

● Material versatility: Robot 3D printers can utilize different types of materials like plastics, composites, and metal alloys.

● Large Build Volume: Robot systems can accommodate larger build sizes, enabling the fabrication of massive structures and objects.

Applications of Robot 3D Printers

● Prototype Development: Robot 3D printers have a special role in creating prototypes of products, architectural models, and engineering components.

● Art and Design: Artists and designers have to choose robot systems when it is creating sculptures functional art pieces and decorative items.

● Manufacturing: Robot 3D printers have a role in different tasks from manufacturing to making end-use products.

All About Large Format FDM Printers

Large format FDM printers, also known as FFF (fused filament fabrication) printers, are specifically designed to handle larger build volumes compared to conventional desktop FDM printers. These printers typically use a gantry-based system to move the print head along horizontal and vertical axes, building objects layer by layer from thermoplastic filaments.

Key Features of Large Format FDM Printers

● Speed. Can you print faster in draft mode if you don't require fine detail?

● Materials. Can you print with polymer materials in economical pellet form?

● Temperature. Does the nozzle get hot enough to print engineering-grade materials?

● Extruders. Does it have two extruders, one for printing support materials that can be easily removed and the other for printing your base polymer?

Applications of Large Format FDM Printers

● Speed. Can you print faster in draft mode if you don't require fine detail?

● Materials. Can you print with polymer materials in economical pellet form?

● Temperature. Does the nozzle get hot enough to print engineering-grade materials?

● Extruders. Does it have two extruders, one for printing support materials that can be easily removed and the other for printing your base polymer?

Choosing the Right Technology

You can either choose robot 3D printers or large format FDM printers depending on the requirement of your project. For high precision and complex geometries, robot 3D printers are the ideal choice. For some applications like the larger build volumes and wide range of materials, large format FDM printers are one of the best alternatives.

Conclusion

These two types of printers signify great achievement in the field of 3D printing and create large-scale, great quality simpler objects with better accuracy and flexibility. These technologies signify greater possibilities in many ways including design, manufacturing and prototyping, paving the way for better solutions in various industries.

If you want to explore more about these special technologies, you need to check some sophisticated and versatile machines, further exploring the creative potential of this revolutionary technology that would truly change the way we work.

At Evo 3D, you have the chance to do more with additive manufacturing and bring changes to the way you work. If you want to explore more about 3D printing, do not shy away from these two emerging technologies.

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