KODAK 3D Printing expands materials and accessories for Portrait 3D printer

The 3D printing arm of KODAK, the New York-based imaging technology company, has expanded its range of materials and accessory for its Portrait 3D printer.

Through Smart International, the authorized global brand licensee of KODAK 3D Printing, Acrylic and Nylon 6/66/12, as well as Mirrored E3D hotends, have been introduced for higher quality, more durable 3D printed models.

“The market demand for 3D printing is ever-evolving, and KODAK 3D Printing aims to be a forerunner in bringing new innovations to life,” said Roberto Gawianski, CEO of Smart International.

“Every new material and accessory we develop is application-driven, aimed at solving engineering problems with parts capable of withstanding a wider and wider range of resistances and industry needs.”

Kodak 3D Printing materials 

In 2017, Kodak announced its move into the 3D printing industry with the Portrait 3D printer, a system with dual extrusion capabilities and a fully enclosed build chamber with air filtration. Kodak’s low moisture filaments for the Portrait range from PLA, PLA Tough, ABS, HIPS, Nylon 6 and Flex.

The new Acrylic filament combines polycarbonate properties for high rigidity and light conductivity. This material has been designed for optical applications, that is, parts requiring high transparency. Moreover, the new Acrylic is low-friction and can withstand high temperatures. Its is also low friction coefficient, enabling it for moveable parts.

Furthermore, Nylon 6/66/12 is designed with greater flexibility. Unlike traditional Nylons, it is low warping and allows for fine details and overhangs. This material is also suitable for strong parts with tensile resistance.

A 3D printed part made by the KODAK Portrait 3D printer. Photo via Kodak.
A 3D printed part made by the KODAK Portrait 3D printer. Photo via Kodak.


A new range of accessories complement the KODAK Portrait and to give even more options with its dual extrusion system. First to be available are two mirrored E3D hotends, one all-metal and one PTFE, which will enable users to replace one of the existing hotends so they can use 2 all-metals or 2 PTFE on the same machine. This will open up the possibilities for dual material prints using two high-temperature or two low-temperature materials, and also for two color combinations.

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Featured image shows a 3D printed part made by the KODAK Portrait 3D printer. Photo via Kodak.

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