Cheap Rubicon 3D Scanner Delivers Same Results as an Expensive 3D Scanner
Sep 11, 2013 21:56
Latvian innovator Robert Mikelson set up an Indiegogo to ship his Rubicon 3D scanner for $200, which is dirt cheap compared to MakerBot's recently released Digitizer 3D scanner for $1,400.
The Rubicon looks like the Digitizer - two lasers on each side of a camera that sit facing the center of a turntable. The lasers scan and photograph an object placed at the center of the turntable to map the laser positions. Then the table turns .45 of a degree and the process repeats to gain a 360-degree scan of the image, which takes about 800 rotations. The Rubicon takes just 3 minutes to do this, while The Digitizer takes 12 minutes to complete an 800-rotation scan.
Rubicon runs on an Arduino microcontroller board and stepper motor, but part of its $25,000 campaign requests will go toward developing a unique PCB. The campaign has raised about $8,000 and plans to ship Rubicon scanners around mid-December. Watch it in action below:
Making a positive impression at work is getting more important. This is partly because you don't actually go to work as often anymore thanks to hybrid working. So the impression you give in shorter stretches of time travels a lot further. The way you present yourself at work can actually influence your career trajectory, shaping perceptions and opening doors to new opportunities. Read more
Our lifestyle choices – the daily routines and decisions we make regarding how we live – have a remarkable effect on everything from our physical and mental wellbeing to our relationships and even our bank account. It's not all about being "healthy" in the picture-perfect, Instagram-friendly world. It's about building a rich life that allows you to flourish. Read more
Ever felt confused about how online casino games work? Maybe you opened a game, saw a lot of buttons and numbers, and thought, "Where do I even start?" Don’t worry, you’re not the only one. Many people feel the same way when trying casino games for the first time. Read more