Sushi Bazooka Makes Perfect Rolls as Easy as Playing with Play-Doh

Every time I go to a Japanese restaurant, I stare in awe at the knife and food assembly skills of the sushi chefs. I can’t imagine making such perfect sushi myself, unless I could afford a sushi robot of my own. But with this gadget, I might be able to at least approximate decent looking sushi.

sushi bazooka 1

The Sushi Bazooka is a special extrusion sleeve that you load sushi ingredients into. Just layer in your rice, veggies and fish, snap it together and squeeze. Out squirts a perfectly round sushi roll ready to be wrapped in seaweed and sliced. It’s like one of those old Play-Doh Fun Factory machines, but with fish and rice instead!

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While it does help you produce a perfect looking sushi roll, it won’t do anything ensure that you don’t kill your dinner guests with raw fish bacteria, so be sure to stick with fresh ingredients, and wash this thing thoroughly between uses. If you fancy yourself a homestyle sushi chef, you can grab the Sushi Bazooka over at Strapya World for about $25 (USD).

[via Design You Trust]


3D printing gets more flexible with Nylon extrusion

3D printing gets more flexible with Nylon extrusion

3D printing with ABS and other plastics that have a low-melting point are old hat. And, with the price of entry dropping below the $500 mark, soon enough anyone will be able print their own pirated 45s. Instructables user [taulman] has has taken it upon himself to push the DIY polymer extruder scene in a new direction -- Nylon. The slick and bendable Nylon 6 melts at 320 degrees celsius, roughly 100 degrees higher than the more common and brittle ABS. The flexible nature of nylon has some obvious advantages, particularly when printing tubing or even an iPhone case. What's more, gears and bearings created from the synthetic don't need to be lubricated. But, this isn't the end game for [taulman]. The resourceful DIYer plans to keep working on his high-temperature system until he can build custom creations from Delrin and Polycarbonate. The obvious downside here, is that higher temperatures require more power and more rugged components that could drive up cost. But, we'd say it's a small price to pay for being able to print your own Otterbox. Check out the video demos after the break.

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