blThe Blueprinter development process began in 2008 when Frederik Tjellesen and Anders Hartmann, as engineering students at the Technical University of Denmark, wrote a thesis which attempted to demonstrate that it would be possible to make 3D printers available to smaller businesses. At the time, few companies were prepared to take on the costs involved in printing 3D prototypes, but Tjellesen and Hartmann were determined to make the technology available to manufacturers, architects, engineers and educational institutions.

As the pair began their manufacturing efforts in 2009, little did they know it would be another three years until the first Blueprinter was introduced to the public in Birmingham. But by summer 2013, the pair had completed their first beta program and twelve printers were installed.

As of January 2014, the team had made the first Blueprinter available to the market. Now the Danish 3D printing pioneers have launched the next generation of their machine.

blueprinter-m3

This latest machine, Blueprinter M3, includes smoother lines and an increased build volume.  It’s also been highly  optimized for daily use and to be much more user-friendly. The company says the noise output of the M3 has been reduced by some 60% meaning that it is now as quiet as a standard 2D printer – and it uses less power as well. Additionally, enhanced mechanisms used to drive the powder shovels and new powder drawers make the M3 more capable of printing accurate and more detailed parts. An increased build volume – now 200mm x 157mm x 150mm – allows for the production of multiple parts in a single print run as well.

Frederik Tjellesen and Anders Hartmann

Frederik Tjellesen and Anders Hartmann

Last but not least, a stiffer chassis has been developed which represents a 40% improvement over the previous version, a new lid hinge mechanism with damping has been installed and the company says that this latest design improves service access for maintenance tasks as well.

The M3 uses what the company calls SHS – Selective Heat Sintering –  a technology which utilizes a thermal printhead rather than the laser used in a typical SLS machine. This thermal printhead applies heat to layers of thermoplastic powder within the build chamber and is capable of building objects with complex geometrical shapes which feature a minimum wall thickness of 1 mm.

Blueprinter says that, once a print run is complete, the entire build can be removed and the printer resets to begin printing again within 5 minutes.  The Blueprinter M3, the cleaning station and 12 kgs of M-Flex powder retail for € RRP 25,450.00 or a little over $28,000, putting this machine somewhere in the middle of the 3D printer market.  Let us know your thoughts on this new machine in the Blueprinter M3 forum thread on 3DPB.com.  Be sure to check out the video below:

 

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