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Aurum3D is a 3D printing company founded in September 2018 for bringing a difference in education, technology, and start-up space, by promoting and leveraging 3D printing technology in India. Aurum3D strongly believes that 3D printing technology will disrupt the entire manufacturing industry and consumer experience perspective. We provide custom 3D printing, 3D designing and scanning solutions to our prestigious clients across the country. We also have our own 3D printers manufacturing setup producing different variants to cater to the needs of industry and individuals. Aurum3D can be considered a one-stop-shop for all 3D related products and services.
Many companies and startups help individuals and enterprises access and leverage 3D printing in Coimbatore. Some of these companies help customers produce tangible parts and prototypes on their own by supplying various 3D printing machines, materials, and spare parts. At the same time, some of these companies enable customers to convert ideas and concepts into parts by providing 3D printing services. We are highlighting some of these companies and startups that contribute hugely to popularizing 3D printing in Coimbatore.
3D printing technologies make businesses innovative by facilitating rapid prototyping, on-demand production, and low-volume manufacturing. Also, they have been transforming industries by reconfiguring existing business models and controlling operational costs.
Aurum3D is one of the local automotive 3D printing companies in Bangalore. But it has built a reputation by providing online 3D designing and 3D printing services to automotive companies across regions. The automotive 3D printing services provided by Aurum3D help manufacturers launch superior motor vehicles by accelerating prototyping, customization, and production.
The 3D printing technologies used by individuals and enterprises in Bangalore can be broadly divided into two categories ? plastic/polymer and metal. Metal 3D printing technologies enable users to produce parts using high-performance metal alloys. Many enterprises use metal 3D printing machines to produce strong, custom, and complex parts using aluminum, titanium, stainless steel, chrome, cobalt, or Inconel. But the metal 3D printing process is more complex and time-consuming than the plastic 3D printing process.
FDM beats other 3D printing technologies in the category of material options. While planning the FDM 3D printing process, engineers have the option to choose from a wide range of feedstock materials or filaments. For instance, they can choose from widely-used polymers like PLA, PET, ABS, Nylon, TPU, and PC. Also, they can improve the physical properties of the filament by opting for composite materials like Tough PLA which is produced by combining PLA and ABS. Likewise; they can make 3D-printed parts effective in resisting mechanical stress by opting for fiber-filled materials.
In addition to being the most commonly used 3D printing technology, FDM has been evolving consistently. For instance, users nowadays have the option to choose from conventional and cloud-based FDM 3D printers. Likewise, they can experiment with many classic and innovative 3D printing materials. Professional FDM 3D printing services create opportunities for individuals and enterprises to produce parts using the desired printing machine and filament. Hence, FDM 3D printing applications will continue to evolve in the future. The new use cases will keep the popularity of FDM intact while overcoming the major shortcomings of this 3D printing technology.
3D printing technologies enable enterprises from various industries to produce production parts and functional prototypes without investing in extra resources. But engineers have to use specific materials according to their choice of 3D printing technologies. Direct Metal Laser Sintering enables manufacturers to produce spare parts and prototypes using a variety of metals and metal alloys.
Based on your predefined project needs, you have the option to choose from several types of FDM 3D printers. The FDM 3D printing machines differ from each other primarily in two aspects ?mechanical nature and operational coordinate system. Hence, you need to compare the FDM 3D printers manufactured by different companies. Combine the Right Modeling and Support Material While planning the FDM 3D printing process, you must focus on choosing the right modeling and support materials. The modeling material will form a solid three-dimensional object, while the support material will provide support to the part as it is 3D printed.
While planning manufacturing projects, you have the option to choose from many additive 3D printing technologies. Some of these 3D printing technologies are more complex than others. Likewise, some 3D printing technologies are more expensive than others. Fused Deposition Modeling (FDM) is one of the simple, fast, and cost-efficient 3D printing technologies.You can leverage this mature and popular technology to produce parts of varying types and sizes. Also, you have the option to choose from a wide range of materials and filaments for FDM 3D printers.
3D printing technologies create opportunities for enterprises to save time and resources by facilitating rapid prototyping and low-volume production. Likewise, students, hobbyists, and engineers leverage 3D printing technologies to unleash their creativity and showcase their challenges. But both individuals and enterprises have to overcome several challenges to make 3D printing projects successful. The high cost of machines, limited availability of materials, and complex post-processing requirements are often cited as some of the major 3D printing challenges.
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