![]() End result? A short coil of printed “filament”, in two colors, that is similar enough to the normal thing to be fed right back into the printer that created it. To make bi-color filament, one simply prints the first half of the object in one color, then performs a color change, and finishes the print with a second color. The cross-section of this printed “filament” is a hexagon rather than a circle, which helps get consistent results. Here is how it works: the 3D model for filament is a spiral that is the right diameter for filament, printed as a solid object. Back when first shared his results, this kind of stuff wasn’t available off the shelf like it is today, but the technique can still make sense in cases where buying a whole spool isn’t called for. Printing with such filament can result in some trippy visuals, like objects whose color depends in part on the angle from which they are viewed. Of course, for best results it makes sense to purchase a factory-made spool, but for light experimenting, it’s entirely possible to 3D print your own bi-color filament. There is such a thing as bi-color filament (like MatterHackers Quantum PLA) which can be thought of as filament that is split down the center into two different colors. Printing with bi-color filament results in an object whose color depends on viewing angle, and part geometry. But there’s at least one use case that it makes sense for, and maybe others as well. The company offers an extensive product line and possess manufacturing capabilities to extrude custom sizes, shapes and profiles to meet all of your requirements for extruded product.Interested in experimenting with your own multi-color filament? says to just print your own, and experiment away! Now, if you’re thinking that 3D printing some filament sounds inefficient at best (and a gimmick at worst) you’re not alone. Keene Village Plastics is one of the pioneers in 3D printing materials, and is a precision manufacturer of Thermoplastic Welding Rod and 3D Printing Filament. Since the launch of their first bio-additive enhanced filaments in 2016, their materials have been adopted by hundreds of Universities, Fab Labs, Libraries, and leading innovators at places like Raytheon, Yale, and Autodesk. ![]() From their groundbreaking Enviro ABS, to their eco-friendly spooling and environmental contributions, they strive to deliver their customers premium quality filaments, while protecting the world we share. "Keene Village Plastics is very excited to partner with 3D Printlife and incorporate their Bio-Additive technology and expand our product offering with more environmentally friendly materials," says General Manager John Hosbach, "At the end of the day, we all should strive to protect our environment, and this partnership allows us to do just that!"ģD Printlife is the world's leading producer of innovative and eco-friendly 3D printer filaments. We are so excited to share our bio-additive technology with them as we both strive to reduce effects of 3D printing on the environment." "3D Printlife is proud to partner with Keene Village Plastics," says Buzz Baldwin, Co-Founder of 3D Printlife, "They have long been recognized as a premier manufacturer of 3D filaments, and their lengthy relationships with both MakerBot and 3D Systems speak to their commitment to quality. ![]() To further reduce the environmental impact of 3D printing, Keene Village Plastics will donate a portion of the proceeds from every spool sold to environmental charity to plant a tree. Bonding 3D Printlifes bio additive to KVPs ABS, PETG and Performance rPET allows landfill bacteria to consume it and convert it to CO2. N-Vire Bio products are made in the USA and are wound onto a spool made of 100% recycled polycarbonate. KVPs ABS, PETG & Performance rPET are manufactured using 3D Printlifes proprietary bio-additive that allows bacteria to consume these materials once they enter a commercial compost or landfill to energy facility. ![]() Keene Village Plastics is always looking for ways to improve how they manufacturer material and produce filaments that are environmentally friendly, with their N-Vire™ Line of filaments they can achieve just that.
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