AMS 2025

3D-ZAKAZ Unleashes a Slew of 3D Printable Voronoi Style Creations

RAPID

Share this Article

vor3Because of the fact that 3D printing is a computer controlled fabrication method, the technology lends itself to being utilized for creating algorithm- based designs that would have been impossible to create prior to the existence of computers. Eventually designers, engineers, and mathematicians will come up with products that allow for better efficiency, weight bearing properties, and revolutionary mechanics, thanks to the use of computer generated design and 3D printing technology.

vor4For the past year or two, we have gradually begun to see various algorithms used in the design of 3D printable files. One such example would be the influx of Voronoi-style patterns, which provide for quite an interesting look. In math, Voronoi diagrams are a partitioning of a plane into separate regions, based on the distance to points in a specific subset of the plane. In 3D printing, Voronoi designs utilize this same formula to create quick printing, hollowed, strong structures which are aesthetically pleasing as well.

For one company, called 3D-ZAKAZ, they’ve taken 3D printing and modeling of Voronoi style designs to a whole new level, by releasing dozens of designs files for these interesting creations.

“The lattice structure of the surface makes people look at the world from a different perspective, giving the illusion of penetration into the essence of the image,” the company tells 3DPrint.com. “Sir Winston Churchill and Che Guevara, Nefertiti, and Schwarzenegger, Sphinx and Mickey Mouse, Hulk and Pegasus, Cleopatra and Minion, Dragon and Bruce Willis – heroes of all time, lit thoroughly allowing a glimpse into their inner world.”

Geroge Voronoi, for whom these patterns are named, was a Russian mathematician who made several important discoveries in the geometry of numbers and polygons. Certainly he would have never imagined that his patterns would be used for 3D printing.

hulk

At this moment, 3D-ZAKAZ has over 60 different models in the Voronoi style, with the design files being disseminated on 3D printing repositories such as Thingiverse, MyMiniFactory, and their own website. Printing of the designs can be quite challenging, as the ability to print without support material opens up the designs for glitches within prints.

3D-ZAKAZ uses a Picaso Designer PRO 250 to print their designs, ensuring the infill density is set to 100%. Their most popular designs so far have been their Incredible Hulk, dragon, female body, and various minions. You can see their entire library of Voronoi designs on their Thingiverse profile.

What do you think this slew of 3D printable designs? Have you 3D printed any yourself? Discuss in the 3D Printable Voronoi Designs forum thread on 3DPB.com.

Share this Article


Recent News

3D Printing Webinar and Event Roundup: January 19, 2025

3D Printing News Briefs, January 18, 2025: Executives & Materials



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

EOS Announces Milestone Installation of 5,000th Industrial 3D Printer

Since opening its doors in 1989, German polymer and metal powder bed fusion (PBF) 3D printer original equipment manufacturer (OEM) EOS has become one of the top global providers of...

Printing Money Episode 25: Deals & Analysis with Arno Held (AM Ventures) and Tali Rosman

Welcome to 2025, and welcome to Printing Money Episode 25!  For this episode Danny welcomes back a couple of previous guests: Arno Held (AM Ventures) and startup advisor Tali Rosman....

New AM Projects Get $2.1M Push from America Makes

America Makes has awarded $2.1 million to six new projects to tackle some of the biggest challenges in additive manufacturing (AM). The funding, provided by the U.S. Department of Defense...

Featured

How One Month Will Reshape the 3D Printing Industry

As 3DPrint.com readers retreated to their homes to kick off the holiday season, numerous developments occurred within the additive manufacturing (AM) sector that will surely change the overall shape of...