LASS is a non-profit open hardware/software/data project that creates location-aware sensing systems to map sensor values like air pollution. The project aims to make devices that can be customized by users to collect and share open data. There are currently over 130 active sensing nodes collecting data on issues like PM2.5 levels with the goal of reaching 1,000 nodes in 2016. LASS also has related community projects focused on areas like agriculture, flooding, and indoor pollution. The group coordinates various contributors and partners to develop new devices, collect and analyze data, and educate the public.
The document discusses various concepts related to makers and open source technology, highlighting the significance of local fabrication and innovation. It references sources and ideas about the Fab Lab initiative, which promotes making, learning, and sharing among communities. The content suggests a collaborative approach to prototyping and creating new ideas.
CNC machines use numerical control and different types of cutting tools like V-bits, ball nose bits, and end mills to remove material. Common cutting tools include ball nose bits for sculpting and engraving, V-bits for vees and angles, and end mills for flat surfaces. G-code files can be created using computer-aided manufacturing software to numerically control CNC machines and direct the cutting tools.
The document discusses various concepts related to makers and open source technology, highlighting the significance of local fabrication and innovation. It references sources and ideas about the Fab Lab initiative, which promotes making, learning, and sharing among communities. The content suggests a collaborative approach to prototyping and creating new ideas.
CNC machines use numerical control and different types of cutting tools like V-bits, ball nose bits, and end mills to remove material. Common cutting tools include ball nose bits for sculpting and engraving, V-bits for vees and angles, and end mills for flat surfaces. G-code files can be created using computer-aided manufacturing software to numerically control CNC machines and direct the cutting tools.