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48 results for “filament”

  1. BrandFishy Filaments
  2. MaterialFishy FilamentsFishy Filaments™ aims to provide a win-win solution to fishing communities by taking end-of-life fishing gear and transforming it into commercially viable products that have the potential for a multitude of uses. The high quality 3D printer filament is made from 100% recycled marine nylon.
  3. MaterialSpecial FilamentsThe ability to 3d print with various materials on your desktop 3d printer appears to be a very important aspect for many users. Therefore, Colorfabb ventured into the world of composites for 3d printing at home with materials such as woodFill, bronzeFill, copperFill and bambooFill.
  4. ArticleFascinating 3D printing filaments3D printing is the future of manufacturing, whether it’s in construction or for products. This production method deposits only the amount of material needed…
  5. ArticleHarnessing Fungal Filament Structures to Create Stronger, Sustainable MaterialsEngineers at Binghamton University (SUNY) have discovered a way to make biodegradable materials stronger—by studying mushrooms. Their research shows that the internal structure of…
  6. ArticleExtrudeX: A Desktop Recycler Turning 3D-Print Waste into New FilamentAs 3D printing becomes increasingly integrated into professional design practice—from architectural modelmaking to experimental fashion and product development—the issue of material waste continues to…
  7. MaterialRecycled HIPS filamentThe recycled HIPS (High Impact Polystyrene) filament is made from the inside of old refrigerators. The material is up to 100% recycled. After extensive testing and optimising, Refil has created a premium quality recycled filament. The material can be glued and painted, making it ideal for scale models.
  8. MaterialCreamelt TPU-R filamentCREAMELT TPU-R is an elastic filament for 3D printers that consists of 100% recycled ski boots. For the recycling, people with disabilities of the ARGO workshop in Davos collect old ski boots and disassemble them. After a chemical analysis and colour sorting, the plastic is shredded, remelted and extruded into new filaments.
  9. Article3D printing with glass filament at homeIn the past years, 3D printers have become affordable enough that people can have them at home. The development of filaments has gone just…
  10. ArticleRecycled Plastic Packaging Waste Developed into 3D Printing FilamentResearchers from the Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM and Hochschule Bremen – City University of Applied Sciences have developed a…
  11. ArticleElytra Filament Pavilion Features New Robot-Fabricated Building MaterialThis week, the robot-fabricated Elytra Filament Pavilion opened at the Victoria & Albert museum in London. It's unusual structure is made from a super…
  12. ArticleLemon Peel Waste Turned Into Bio-Based Textile FilamentsResearchers have developed a circular method that transforms lemon peel waste from juice production into biobased textile filaments. The study shows how food industry…
  13. ArticleA 3D print filament made out of wood components onlyResearchers from Rice University in the US developed a 3D print filament made up of only wood’s natural components, allowing to print ‘truly’ wooden…
  14. MaterialRefilThis recycled PET filament is made from old PET bottles. It’s up to 90% recycled and is a premium quality recycled filament. The recycled PET filament prints really easy. It's strong, flexible and almost no warping during printing. Furthermore it's a very clean plastic, meaning that it's food contact acceptable (FCA) and you won't have any smell during printing.
  15. ArticleHow 3D printing can aid the military3D printing can be used to make anything from small objects to whole houses. Today, we show two projects in which this manufacturing technique…
  16. ArticleEco-friendly printing with beer, coffee and hempThis month, 3d printing filament company 3Dom USA in collaboration with biocomposite company c2Renew presented their latest product 'Entwined', a biobased, sustainable 3d printing…
  17. MaterialCocoonThis silk like material is great for lamps. Process: the filament is sprayed onto the rotating frame until it is fully covered with the first layer of filaments. A few hours later, the ‘cocoon’ receives a coating. For this, a special coating material is being applied to the woven frame that combines with the filaments with the effect that the shade receives an extremely elastic skin.
  18. ArticleReFil: The Sustainable 3D Printing Material from Better Future FactoryA large number of currently available 3D printers make use of a plastic-based ink called ‘filament’. Makers use these filaments to 3D print products…
  19. MaterialBekaert Bekinox VNBekaert Bekinox® VN continuous stainless steel filament yarn is the most flexible and durable electrically conductive filament yarn.
  20. ArticleSustainaPrint: A Greener Approach to Stronger 3D PrintingResearchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL), in collaboration with the Hasso Plattner Institute, have developed SustainaPrint, a toolkit that makes…
  21. ArticleA 3D printed kinetic installation made of recycled plasticDesign studio Atelier DARN created a kinetic installation made of 3D printed pieces made of recycled plastic. For the 2024 edition of Festival des…
  22. MaterialLace 3D print on tulleace is a delicate fabric made of white yarns in an open structure. Labeledby tried to mimic this authentic look of lace, using a digital manufacturing technique: 3D printing. White tulle was used as base and 3D printed with a white filament on top of it. Labledby digitalised a lace pattern and printed this 2D pattern on top of the tulle. They used a semi flexible filament because they wanted to mimic the look but also the feel of lace; non stretchable but not too rigid as well.
  23. Article3D printed textile-based lampsWith her project Conductive Origami, Jerusalem-based industrial designer Yael Akirav designed a series of lamp shades inspired by origami, by 3D printing conductive filament…
  24. MaterialColbackUsing so-called 'bi-component' yarns based on a higher melting polymer constituting a stiff core filament surrounded by a lower-melting skin polymer, a unique 'non-woven' can be made. The non-wovens can be used for various applications including primary backing for tufted carpets, filtration support media and carriers for coatings, laminated polymers etc.