A University of Lincoln (England) assignment to create a brand of 3D printed products targeting a specific demographic blossomed into the “Intertwine” flower vase, part of the “Entangle” brand of high-end luxury housewares for urban dwellers. The vase’s designer, Daniel Lane, told 3DPrint.com that pattern inspiration preceded form in this process, and the end result was the idea to create a vase:
“I personally took inspiration from DNA structures and leaf cell patterns and decided to utilise the helix and spiral structures as a starting point for the design,” Lane told us. “After a few days looking at the shapes and forms, the patterns leant themselves to forming a vase, which fitted in perfectly with the luxury homeware range.”
The idea to make water flow through the body of the vase came later.
Lane initially got to work in the CAD software Rhino, using the concept of strands that were “piped, tapered, and rotated” at different diameters and varying degrees to create non-uniform and overlapping tubes creating the vase’s body. Then Lane saw some potential that makes this vase such a unique piece.
“After looking further at generative design patterns and thinking about connecting the vase to the brand name (Entangle) I came up with the idea to get the water to interact with the body of the vase itself and created 3 larger helix strands, which were then hollowed,” he explained.
In aesthetic terms, this design allows the user to watch the water flow into the vase’s body, as it traverses the overlapping tubes. But another highly functional feature also grew out of this initial tube-based design concept. After a few days of cut flowers sitting in a vase, the water runs down and you need to refresh it. Depending on how full the vase is, you frequently must remove the flowers to refill the vase. But the Intertwine vase has eliminated that step as fresh water flows into the vase through tubes, skipping the need to remove flowers to “top up” the water.
In order to achieve the design effect of visible water flowing through tubes, Lane decided the vase would need to be 3D printed in a transparent material. He opted to use iMaterialise to print the vase in their transparent resin using the stereolithography method, and while he wasn’t sure how long it took to print the final vase, a 1/3 size test piece printed in PLA took 7 hours to print — just to give a ballpark estimate.
The results of this process are quite intriguing, and Lane describes the vase (which can hold 350 mL of water) as appearing delicate while remaining strong.
“Although the form and aesthetic of the vase look very delicate,” he notes, “the piece is actually quite robust and each strand has been printed at a diameter that achieves the delicate aesthetic whilst also providing a strength and stability to the product.”
The delicate balance Lane strikes between design and function, which is the key characteristic of the Intertwine vase, will be exhibited along with the rest of the Entangle product line at the New Designers show in London July 1-4th.
You can also check out Entangle Design’s Facebook and Twitter sites for more information and updates. If you’re interested in purchasing your own Intertwine vase for £450, you can contact the Entangle team via social media.
Let us know what you think of this vase at the Intertwine Vase forum thread over at 3DPB.com. The video below shows the vase in action.
You May Also Like
3D Printing News Briefs, October 9, 2021: Automation, Bioprinting, & More
We’re starting with new materials in today’s 3D Printing News Briefs, then moving on to automation, bioprinting, and business. B9Creations introduced new resins for 3D printed molds and production parts,...
Bioprinted Brain Cells Made Possible with Laser-Based 3D Printing
Scientists from the Université de Montréal have published a study detailing the ability to bioprint adult brain cells. Key to the research was a new laser-assisted technology that made it...
Cellink-Organovo Lawsuit Over Bioprinting Patents is Far From Over
In the highly competitive biotechnology and pharmaceutical industries, hardware manufacturers are under a lot of pressure to provide the best, most efficient, and fastest platforms for researchers. Bioprinting, in particular,...
Can Fluicell’s Bioprinted Tissue Help Treat Type 1 Diabetes?
As Swedish bioprinter manufacturer Fluicell prepares to enter the regenerative medicine market through its BioRej Advance program, it focuses on developing therapeutic products based on bioprinted transplantable microtissues targeting important...
View our broad assortment of in house and third party products.