Be sure to check out the bio that Hackaday.com did on me!!
ST Micro gave me a shoutout on their Facebook page!
The great people over at RaspberryPi.org did a wonderful article on ramanPi!
Some kind words from the folks at 3ders.org too!
Thanks to Elecia and Chris White at embedded.fm for the great podcast interview!
Follow me on twitter too! I'll be tweeting on gitHub updates as well as from here!
Index of Instructions and Informational project logs:
- Information: controlBoard Schematic and Firmware
- Information: powerControlBoard Schematic
- Information: imagingBoard Schematic and Firmware
- Information: interfaceBoard Schematic and Firmware
- Build Instruction: Objective Lens Mount
- Build Instruction: Beam Splitter Assembly
- Build Instruction: Laser Shutter Assembly
- Build Instruction: Mirror Mount Assembly
- Build Instruction: Laser Emitter Assembly
- Build Instruction: Filter Selector Assembly
- Build Instruction: Spectrometer
- Alignment Instruction: Spectrometer
- Build Instruction: Optical Assembly
- Build Instruction: TFT LCD and Touch Panel
THP Semifinals Video
You can also view the project log with this video that includes a full transcript HERE ...
A bench top, raman spectrometer constructed from very easy to source components and 3D parts printable on even entry level printers. My system is a completely unique innovative design in the world of raman spectroscopy and has many advantages beyond the fact it can be constructed for a tiny fraction of the cost of a used commercial system, which can cost tens of thousands of dollars! My system connects to multiple internet databases to retrieve spectral data to identify chemical compounds under test. It is completely scalable to fit almost any budget... Many of the components can be used for other purposes outside this...
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Hi, loved your project and I'm thinking of building one. Please solve one query of mine, can we conduct experiments on solid sample? For example, I want to conduct Raman spectroscopy on fingernail clippings.