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Major 3D Printing Technologies



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Additive processes like 3D printing are changing the way consumers and manufacturers approach to design and the production line. And apart from that, the rapid innovation and advancement daily are pushing the boundaries to explore new frontiers. So, on the same note, let’s discuss the various printing technologies available in 3D.

  1. Multi Jet Fusion Tech- The Multijet3d printing uses an inkjet array to apply the detailing agents selectively over a nylon powder base. A heating agent then heats the agents to form a solid layer of the product. The same process continues until the final product is complete. The precision with the cost-effectiveness of the product has made this service very sought after technology. Designers looking for heavy detailing and customization can take the service of multi-jet fusion 3d printing. Multi-jet fusion allows full customization in design modules at every step of the process. It also allows a very intricate detailing in the structure of the products. And on top of that, the production cost of using this technology is too low.
  2. 3D Metal Printing- Metal 3D printing service has proved to be exemplary in casting molds that are hard to implement with such precision. Both intricate, as well as robust product designing, have made this method a very popular one. Mechanical design labs use this technology to execute their design, which was not easily implementable before.
  3. Sintering Process- This process can use materials that are available commercially. This is the leading reason behind its success. Coming to the selective laser sintering service, it uses a CAD digital profile. The heating element heats the material to form a bed, making it ready for the CO2 laser to fuse the material. Layer after layer forms in a similar manner. The same sintering process also has one more application. The aluminum 3d printing service uses this technology to produce lighter products having efficient thermal properties. In this process, the sintering laser fuses the aluminum powder into the profile layers with a little matte finish. The addition of a bit of amount of silicon provides a distinct sparkle to the product.

The Conclusion

3D printing minimizes errors, ensures quality, boosts fast production, and minimizes the cost of production. It is a one-step production process that ensures excellent customer satisfaction. With the advancing age technology, 3D technology is going to explore new frontiers for the manufacturing sector. All we need to do is actively pursue the quest for a better product.


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