Micron3DP Develops Technology for 3D Printing Using Molten Glass

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Micron3DP Develops Technology for 3D Printing Using Molten Glass

According to the Israel based company Micron3DP,” they have announced that they have developed technology for 3D printing objects using molten glass.  Micron3DP specializes in high-end extruders, hot ends, and accessories for 3d printing.  They have developed an extruder for extruding extremely hot molten glass.  The extruder can 3D print objects using soft glass or soda-lime glass at a temperature of 850 degrees Celsius. The extruder can even extrude hard glass or borosilicate glass at a temperature of 1640 degrees Celsius.  Micron3DP is looking for investors to invest in their glass 3D printing technology”.:)

 

http://micron3dp.com/blogs/news/34473924-breakthrough-in-3d-printing-glass

https://www.facebook.com/pages/Micron-3DP/232940990225863

http://3dprint.com/75286/3d-print-glass-micron3dp/

http://3dprintboard.com/showthread.php?13860-Micron3DP-s-Glass-Printer

https://localmotors.com/blog/post/micron3dp-makes-breakthrough-with-glass-3d-printing/1902/

https://wp.me/p64ptu-6m

 

 

 

 

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Solar Sinter: A Solar Powered 3D Printer for Making Glass Objects from Sand

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Solar Sinter: A Solar Powered 3D Printer for Making Glass Objects from Sand

According to the SLS (selective laser sintering),” this is one of the processes used by 3D printers.  The SLS process uses the powdered raw material such as plastic, glass, metal, ceramic.  A laser is directed at the powdered material to selectively fuse the material.  Layers of the fused material are created to form a 3D object.

Markus Kayser, a designer and researcher born in Germany used the idea behind the SLS technology to develop solar sinter, a 3D printer that uses sand as the powdered raw material and solar energy to produce glass objects.  Both solar energy and sand are available in abundance for free.  So once a solar sinter is made, an unlimited supply of 3D objects can be created for free.

The first solar sinter was manually operated and tested in the Moroccan desert in 2011.  A larger and fully-automated computer driven solar sinter was subsequently developed and tested in Egypt, near Sahara desert in 2012.  This is a brilliant and thought to provoke experiment”.  According to Markus Kayser, “The machine and the results of these first experiments presented here represent the initial significant steps towards what I envisage as a new solar-powered production tool of great potential.”:)

Solar Sinter Project

https://wp.me/p64ptu-6g

 

 

LUXeXcel: 3D Printing Functional Optical Components

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LUXeXcel: 3D Printing Functional Optical Components

According to the Conventional 3D printing techniques,” we are not able to 3D print functional optics.  These 3D printers may be able to 3D print transparent materials but fail to achieve optical properties such as surface roughness and scattering.  LUXeXcel, a company based in The Netherlands has developed print optical technology that can 3D print fully transparent, smooth and optically functional optical components such as lenses.

LUXeXcel uses a photopolymer material for 3D printing.  LUXeXcel created world’s first 3D printed reading glasses including the frames and the lenses for the Dutch Monarchs.  However, their services are not limited to the royalty but available to general public as well.  LUXeXcel’s website allows users to upload designs and order 3D printed optics.  The design can be uploaded in a variety of file formats and has to conform to their design guidelines.  They promise to 3D print a design within 5 working days of placing the order.  The print optical technology has used in automotive, medical, lighting, aerospace, and other industries”.:)

LUXeXcel’s Website

3D Printing Industry’s article on LUXeXcel

https://wp.me/p64ptu-6b

 

 

 

 

3D Printing Material: Metals

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3D Printing Material: Metals

According to the 3D printing,” using plastic has limited scope due to the fragile nature of plastic.  Any serious manufacturing is not possible without using metal.  3D printing using metal or Metal Additive Manufacturing has seen significant growth recently. Metals are 3D printed by melting metal powder using a laser beam to fuse it into a solid part.  Metals used for 3D printing include stainless steel, aluminium, bronze, copper, silver, gold, alloys of titanium, cobalt, titanium, nickel, among others.

3D printing of metals is used in several industries including aerospace, automobile industry, jewellery, medical, among others.  The medical industry, for example, dental and orthopaedics benefits with the ability to customize parts for specific individuals.  The quality of the 3D printed metal objects is comparable to objects made by conventional manufacturing processes.  Manufacturing based on 3D printing results in very little waste compared to conventional manufacturing.  Therefore Metal Additive Manufacturing continues to grow and become a significant part of manufacture”.:)

 

https://wp.me/p64ptu-64

http://www.metal-am.com/

http://www.extremetech.com/extreme/143552-3d-printing-with-metal-the-final-frontier-of-additive-manufacturing http://www.idtechex.com/research/reports/3d-printing-of-metals-2015-2025-000441.asp

http://www.3trpd.co.uk/dmls/dmls-materials.htm

https://www.youtube.com/watch?v=i6Px6RSL9Ac

https://en.wikipedia.org/wiki/Direct_metal_laser_sintering

http://www.metal-am.com/introduction_to_metal-additive_manufacturing