Reframing Common Problems: Difference between revisions
Jump to navigation
Jump to search
(Created page with "*Universal Axis - 3D cartesian motion, when scalable, is relevant to many machines across industry, research, manufacturing automation, and others. Each application requir...") |
No edit summary |
||
| Line 1: | Line 1: | ||
*[[Universal Axis]] - 3D cartesian motion, when scalable, is relevant to many machines across industry, research, manufacturing automation, and others. Each application requires and uses different techniques, and thousands of variations. Here we propose a robust solution where low cost and high performance are needed, to meet 80% of worldwide cartesian robot motion. This is a market of nearly a trillion dollars. | *[[Universal Axis]] - 3D cartesian motion, when scalable, is relevant to many machines across industry, research, manufacturing automation, and others. Each application requires and uses different techniques, and thousands of variations. Here we propose a robust solution where low cost and high performance are needed, to meet 80% of worldwide cartesian robot motion. This is a market of nearly a trillion dollars, with precision parts being alone being $225B by 2022 [https://www.arizton.com/market-reports/precision-parts-market-report]. | ||
Revision as of 17:23, 10 March 2019
- Universal Axis - 3D cartesian motion, when scalable, is relevant to many machines across industry, research, manufacturing automation, and others. Each application requires and uses different techniques, and thousands of variations. Here we propose a robust solution where low cost and high performance are needed, to meet 80% of worldwide cartesian robot motion. This is a market of nearly a trillion dollars, with precision parts being alone being $225B by 2022 [1].