Olivier van Herpt: The 3D Printed Blue and White Collection in Porcelain

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[Image: Koos Breukel]

One of the greatest things about reporting on the world of 3D printing is learning about its more unusual uses. It’s obvious that 3D printing is changing the way many larger (and smaller) companies create, prototype, and manufacture today as they embrace the benefits of greater speed in production, affordability (often producing parts at a fraction of the cost), and the ability to design and print onsite rather than going through a third party. We continually follow serious developments within the industrial world, to include automotive, medicine, medical devices, aerospace, construction, art—and so much more—but 3D design and 3D printing together allow for an infinite amount of innovation. Because of that, you never know what’s coming next!

Here’s a good example: blue and white 3D printed porcelain. Delving into the world of textiles and materials, we are able to learn more about the process Olivier van Herpt, a Dutch designer, went through in creating his 3D version of the blue and white delftware which is the Netherlands’ national product—and one with a rich history too.

Blue Delft originally came about as designers in the Netherlands wanted to make a local knockoff similar to porcelain being imported from China. Because they lacked kaolin, however, the Netherlands version came off with what may have originally been an unintended look of its own. The earthenware was exotic but still retained the oriental and decorative style.

Van Herpt began using a ceramic 3D printer as he worked to improve the creation of porcelain, eventually making 14 stackable pieces. His printer is capable of producing ceramic objects up to 90 cm high, with thin walls and a hard clay body. Van Herpt has always been on a mission to ‘push the limits of existing 3D printing technologies,’ and has created collections that are meant to soften up the hard edges of industrial design. While also enjoying working with larger pieces and alternative materials such as paraffin, clay, and more, the impactful designer enjoys bringing a human element into industry.

“The consistent flow of material is proven by the fine layers that manifest in the precision of the printing process. The unglazed surface underlines the character of the material and is shown in the structure as a result of the movement of the printer. The tiled surface indicates the digital provenance of the object applied in a precise, sinuous form,� states van Herpt in the case study regarding the project.

“The blue pattern is the translation of human interaction by the machine. Cobalt pigment is applied by hand on the clay body before being inserted in the extruder. The pattern is then reconstructed by the 3D printer, resulting in a radial gradient celebrating cooperation between man and machine.�

Find out more about the designer and his functional 3D printed ceramic objects here.

What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.

[Source / Images: Olivier van Herpt]

Arevo produces 3D printed commuter bike using Hexcel carbon fibre material

Arevo has produced a 3D printed commuter bike using Hexcel Carbon Fibre material and its material extrusion technology which sees a robotic arm deposit material layer by layer.

Partnering with StudioWest, Arevo has created what it believes to be the world’s first true 3D-printed carbon fibre bicycle, and a reimagined form factor removed a seat stay between the seat and back wheel, adding strength and simplicity. The collaborators were able to produce this bike in fewer than 18 days, instead of the eighteen months it traditionally takes.

Arevo is based in Santa Clara, California, and is working to revolutionise the way manufactured products are conceived. It chose to implement this approach to the design of a commuter bicycle because it ‘captures the imagination’ and is something ‘most people can relate to.’ 

The resulting bike frame has a unique design, giving it standout aesthetics, and taking advantage of the structural and strengths attributes boasted by Arevo’s 3D printing technology. But Arevo was quick to credit the material suppliers for the success of this project. 

“It was great to have Hexcel join this project with us,” Arevo CEO Jim Miller said. “With companies like Hexcel as partners, we are certain that we have the technology, team and tools in place to commercialize our software and fabrication process to build high strength parts that the manufacturing industry hasn’t been able to conceive and construct before.â€�

Brett Schneider, Hexcel President – Global Fibers, added: “We congratulate Arevo on this technological leap forward. We’re excited to be part of the project and appreciate the trust they have in our products. We look forward to continuing to be a supplier for many more projects like this one.�

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