3D Hubs Helps Rapid Prototype the Perfect Chef’s Knife and Craft a $1 Million Kickstarter


Share this Article

3dhubsA growing number of products are being developed thanks to rapid prototyping with 3D printers, producing better designed, more successful and higher quality products than ever before. While recently there has been a lot of focus on the growing number of small businesses and startups that are outfitting their offices with 3D printers, I feel like that is only telling part of the story. It isn’t just that the companies that buy 3D printers are creating better products with 3D printed prototypes; the companies with more access to 3D printing services are profiting.

Not only are local 3D printing service bureaus becoming more common and reliable these days, but as is starting to become commonplace, the internet provides multiple options for companies in need of 3D printing services. 3D Hubs is a service that connects local 3D printing services bureaus, 3D printer owners and makers with local customers who need one-off 3D printing services. But this isn’t just a 3D printing directory, 3D Hubs handles the entire transaction, from making sure that the model is watertight and 3D printable, to charging the customer the appropriate amount of money for the job.

Early prototype knives.

Early prototype knives.

The result is a massive network of almost 24,000 3D printers available in more than 150 different countries that puts a 3D printer into the hands of virtually anyone. The service is an ideal way to offer people the ability to 3D print models that they downloaded from the internet or models that they designed themselves. And for small startups and young businesses, the ability to conveniently rapid prototype their designs is leading them to remarkable success.

When a pair of Brooklyn chefs   and an industrial designer decided to try their hands at designing what they hoped would be the perfect kitchen knife they knew that it would involve a lot of experimentation. By the time they were an official startup and calling themselves Misen, they had already produced dozens of sketches and CAD designs before deciding to go to the next step and produce prototypes. As a new startup, naturally money was tight and producing prototypes using traditional methods would have been costly, especially since at that point they only wanted to test the shape and see how it would fit in users’ hands. So the Misen team decided to have some 3D printed prototypes made and they turned to their local NYC-based 3D Hub for help.

A more refined early Misen knife prototype.

A more refined early Misen knife prototype.

“Peter [Muller, Misen co-founder and industrial designer] used Solidworks 2014 to further develop our design and create 3D printable models. We had a pretty good sense of the necessary dimensions, so once we had the initial CAD in good shape, we started printing with just the knife handle as a ‘toe in water’ approach. Well, we soon dove in after that, and many, many 3D Prints later, we had a final Knife design for our final material prototypes,” explained Misen co-founder Omar Rada.

Rada contacted a local service provider named Dano Wall and his top-rated 3D Hub, who helped him create multiple 3D printed iterations of the Misen knife. And Wall doesn’t run a fancy 3D printing services company either, he is simply a Brooklyn-based maker who uses his MakerBot Replicator 1 and Replicator 2 to offer other Brooklyn residents his services. To offer insight into the working relationship between 3D Hubs service providers and local customers, 3D Hubs interviewed Rada and Wall about their experiences working together, designing the knife prototypes and what they had to say about the final quality of the 3D printing process.

“I do a lot of trial-and-error type experiments to figure out what works best for any particular printing project; I always try to build in time for some playful experimentation. With these knives, which have very thin blades, I had to find something that would print perfectly flat and smooth in a single layer, retain its flatness after coming off the print bed, and have enough flexibility that the blade would stand up to rough handling. I eventually settled on a PET and polyester mix, printed on a slightly warm bed at very slow speed. This yielded high definition and extremely durable results that I was happy to pass on to Omar for testing,” Wall told 3D Hubs when asked how he printed the high-quality Misen prototypes.

After multiple Misen knife prototypes, Rada and his business co-founders settled on their final design and launched a crowdfunding campaign on Kickstarter on September 22nd. The trio were asking for only $25,000, which they raised in a little over an hour. Their $65 professional quality chef’s knife Kickstarter would go on to raise a remarkable $1,083,344 from 13,116 individual backers, and the first knives are due to be delivered in April of 2016. You can read the entire interview with Omar Rada and Dano Wall over on Medium.

Take a look at the Misen Kickstarter video:

Share this Article

Recent News

3D Printing Webinar and Event Roundup: June 16, 2024

3D Printing News Briefs, June 15, 2024: 3D Printed Research & Lamps & Guns & More


3D Design

3D Printed Art

3D Printed Food

3D Printed Guns

You May Also Like

BellaSeno’s Pioneering 3D Printing Facility for Medical Implants to Open in 2025

German 3D printing medical implant pioneer BellaSeno plans to launch a fully automated production facility in Australia by mid-2025 to make its resorbable soft tissue and bone reconstruction implants. By...

Daring AM: From 3D Printed Gun Files to Criminal Backstreets

3D printed guns are a growing trend that won’t go away, making their way into headlines with increasing frequency. While the number of 3D printed firearms isn’t nearly as high...

Handheld, Chip-Based 3D Printer Demonstrated in DARPA-Funded Project

In a study funded by organizations including the National Science Foundation (NSF) and the Defense Advanced Research Projects Agency (DARPA), researchers at Massachusetts Institute of Technology (MIT) and University of...

BigRep Launches High-Temperature 3D Printers via HAGE3D Acquisition

In the fall of 2023, large-format 3D printing leader BigRep announced its acquisition of Austria-based HAGE3D, which also makes large-platform, fused filament fabrication (FFF) systems. This enabled BigRep to offer...