A Waterjet Can Cut Through Nearly Anything

Created with Designing Innovation

This Curiosity article has been sponsored by Designing Innovation.

NEWS: The Curiosity Podcast is out! Subscribe on iTunes, Google Play Music, Stitcher, SoundCloud and add the RSS feed to any podcast player. If you love it please consider leaving us a review.

Waterjets utilize a high-pressure stream of water to cut through various materials. In the 1930s, Paper Patents Company pioneered this method when they used low-pressure water to cut paper. While these early waterjets cut soft materials, they couldn't break through harder mediums until the 1960s when Dr. Norman Franz pioneered industrial waterjet cutting by adding an abrasive, such as garnet. The stream of water accelerates abrasive particles to such a fast speed that the machine cuts through materials like stone, glass, and copper.

We've collected some great videos on this topic. Watch them now to learn more.

To learn more about unique design innovations taking place today, check out our series Designing Innovation presented by Toyota Prius.

How Water Jets Are Used To Shape Almost Any Material

Take a 360 tour through a San Francisco design shop.

Share the knowledge!

Key Facts In This Video

  1. 3D printing is an additive process whereupon material is applied layer by layer. This is radically different than traditional machine production and allows more design flexibility. 00:54

  2. "CNC" stands for Computer Numerical Control and describes a system where the design and production of components is aided by highly automated computer processes. 01:36

  3. A waterjet is a manufacturing and design tool that directs a precise, high-speed jet of water at a material. The water, sometimes mixed with an abrasive additive, can cut through most materials including plastics and metals. 01:53

How Water Jets Work

Learn exactly how water, under the right pressure, can cut through just about anything

Share the knowledge!

Cutting Tool Designs

Different cutting tools are designed for different purposes and materials

Share the knowledge!

If you liked this you'll love our podcast! Check it out on iTunesGoogle Play MusicStitcherSoundCloud, search 'curiosity' on your favorite podcast app or add the RSS Feed URL.