| There are thousands of different laser systems out | | | | purposes. |
| there that can be used for everything from scientific | | | | The big thing is the quality of any DPSS laser you are |
| experimentation to laser shows to military use. Top | | | | looking at, as these can be quite expensive the are |
| manufacturers can produce extremely powerful and | | | | investments and you want to ensure yours is a |
| stable laser systems in a huge variety of output | | | | smart one. Look for standard things like FDA |
| colors within the visible light spectrum, from the | | | | compliance, a long expected life time, and a warranty |
| lowest UV light at 266nm to the highest IR light at | | | | that can be a great assurance to any laser purchase. |
| 1064nm, the range is phenomenal. | | | | Often times universities purchase these lasers for the |
| There is a lot to think about whenever considering | | | | science of physics departments as a great tool for |
| industrial laser equipment, first and foremost, what | | | | learning and further experimentation in the class |
| will you be using it for. Typically universities and | | | | room. |
| research facilities require laser systems of this | | | | Before you go with any industrial laser system make |
| magnitude to conduct various research applications | | | | sure you've done your research and have clear |
| that require powerful laser beams. From | | | | intentions of how you will be using the laser. Its |
| spectroscopy, to communications research, biological | | | | important not to allow children to use lasers this |
| experimentation, and a huge realm of other | | | | powerful without proper supervision. |
| applications find powerful lasers highly useful for their | | | | |