A laser light source capable of optical experiments using two different wavelengths with minimal optical adjustments.
This laser incorporates different wavelength laser light sources, allowing for wavelength selection through a simple switch. For those looking to mass-produce, we will optimize price and performance in collaboration with many companies that have formed alliances with us. 【Features】 - It has two different wavelength laser light sources built-in, allowing for wavelength selection via a switch. - The laser wavelength can be varied by changing the type of built-in laser light source. - When calibrating the wavelength of a spectrometer, it is also possible to perform wavelength calibration using the same optical axis with two types of laser light sources. ~~~ For example... By using red laser light to adjust the optical system and also using this red laser light to adjust the irradiation position of the sample, it may be possible to adjust the optical axis without causing optical damage to the sample. If a green laser is added as another light source, switching to this green laser on the spot will make it easy to measure fluorescence from the sample position adjusted with the red laser. *For more details, please contact us.
![1_2syoku[1].jpg](https://image.mono.ipros.com/public/product/image/17b/2000192875/IPROS6350195057364289670.jpg?w=280&h=280)
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basic information
【Specifications】 1. Example of light source wavelengths: 532.5nm and 653.6nm. 2. Output: Approximately 1mW for both. 3. Power supply: Two AA batteries. 4. Mounting: One M6 screw hole on the bottom of the main unit. 5. Cover: Easily removable. 6. Can be replaced with covers of different designs. ● For other functions and details, please contact us.
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Applications/Examples of results
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Company information
There are many things in the world that we have not understood or been able to do until now, but I believe that with the use of optical technology, we can achieve them. We at TAK CORPORATION, though modest in our efforts, wish to collaborate using new optical technologies. The future world will have to deal with challenges such as environmental issues, energy problems, and food shortages. In this context, comprehensive scientific capabilities utilizing optical technologies will be necessary. We also believe that nurturing young talent in optical technology is important.
