Metal 3D Printing: A Big Revolutionary Technology

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Metal 3D Printing A Big Revolutionary
Technologyhttp//crbtech.in/CAD-CAM-Training/
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• The Metal 3D printing is a revolution in the
  world of manufacturing and its significance is
  rising. With the help of 3D CAD technology, metal
  3D printing techniques take help of binders,
  lasers, and heated nozzles to develop things that
  are robust and with minute internal features.
• Metal 3D printing is used in making both small
  series parts and a final parts. That could be
  about jewellery, functional parts, and kitchen
  accessories to name only a few.
• It can save money as well as time. It allows
  engineers to yield complicated parts without any
  hurdles.

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Common Types of 3D Metal Printing

• Selective Laser Melting
• This type of 3D printing make use of laser to
  melt and add the powders. Its a good method to
  arrange alloys.
• Selective Laser Sintering
• It is mainly used for printing of plastic
  objects, but can be used for some metal types.
  SLS and SLM both help in metal 3D printing.
• Robocasting
• Robocasting is used in making of ceramic models.

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• Cold-Spray Metal Printing
• The rapid mode of 3D metal print was initially
  applied by NASA in order to create metal objects
  in space.
• Binder Jetting and Inkjet 3D Printing
• This 3D printing method are very much like SLS.
  In this method powders are used in amalgamating
  objects.
• Magnetojet Printing
• In this type of 3D metal printing, metallic ink
  spray is used to create magnetism to yield rapid
  and thereby illustrate various shapes.

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• LENS
• This is a metal printing method which is
  laser-based. This method is used to bind powders
  to yield objects or parts under controlled
  conditions.
• Directed Energy Deposition
• It uses laser influenced metal 3D printing. It is
  mainly used to add parts to the objects instead
  of creating from the start.
• Ultrasonic Particle Manipulation
• It is a unique technique that will help to
  amalgamate various materials into one whole thing.

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• Laser Metal Deposition
• It is a melting technique, which allows powders
  to settle and with the help of lasers apply heat
  to create shapes. It can be applied to iron,
  nickel-based, cobalt based alloys, tungsten and
  various metal powdered coated metals.

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• Conclusion
• 3D metal printing is not possible at home. But
  with time and technological growth, several
  things will become feasible and handy as well.
  Hence we can say that metal 3D printing is a big
  revolution in the designing and manufacturing
  industry.

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• Thank You !