Where to Buy Laser Microscopes
There are different kinds of laser microscopes, based on different operation principles such as confocal microscopy or fluorescence microscopy. Laser microscopy is used in biomedical research and medicine, for example.
| E | See also our encyclopedia article on laser microscopy! Related article: fluorescence microscopy |
Related products: fluorescence microscopes, microscopes
Related product categories: applications, vision, displays and imaging
15 suppliers for laser microscopes are listed in the RP Photonics Buyer's Guide. Both manufacturers and distributors can be registered.
| Suppliers with Ad Package | |
|---|---|
| Company | Product Description |
 All wavelengths. Lochhamer Schlag 19 82166 Gräfelfing Germany Quality: ISO 9001:2015 www.toptica.com Social: Facebook, LinkedIn, YouTube E-mail: Tel.: +49 89 85 83 70 Fax: +49 89 85 83 72 00 |  Optical microscopes are used to study objects that are too small to be seen with the naked eye. This can be organic cells, semiconductor surfaces, or even single molecules. There are two different approaches in optical microscopy, either detecting near-field (SNOM) or far-field signals emitted by the investigated materials. There are various methods for optical microscopy that utilize different light sources. For some microscopy techniques a simple white light source is sufficient, whereas more sophisticated methods require lasers as light source. Those can be single-mode diode lasers or multi-laser engines that deliver a continuous laser beam at one or several colors, some techniques rely on short laser pulses with femtosecond duration that can be provided by TOPTICA's ultrafast fiber lasers. |
 8495 Veterans Memorial Pkwy O’Fallon MO 63366 United States | RPMC Lasers offers a wide range of lasers wavelengths for fluorescence and Raman microscopy, ranging from the UV though the IR. All of these lasers provide a high quality TEM00 beam profile, and a stable power output. Additionally, RPMC Lasers offers wavelength-stabilized VBG external cavity diode lasers for Raman microscopy. |
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| All Suppliers | |
|---|---|
Centre Technologique Optique et Lasers Institut d'Optique d'Aquitaine Rue François Mitterrand 33400 Talence France | |
Carl Zeiss Promenade 10 07745 Jena Germany | |
Notkestrasse 85 22607 Hamburg Germany | |
4119 Twilight Ridge San Diego, CA 92130 United States | |
15378 Avenue of Science Suite 200 San Diego, CA 92128 United States | |
1615 NE Eastgate Blvd. Unit G, Suite 3E Pullman, WA 99163 United States | |
Risø Campus Building 130 Frederiksborgvej 399 4000 Roskilde Denmark | norlase.com Tel.: +45 9397 74 72 |
Olympus Corporation of the Americas 48 Woerd Avenue Waltham, Massachusetts 02453 United States | www.olympusamerica.com Tel.: +1 484-896-5000 |
5795 De Gaspe Avenue Montreal, QC, H2S 2X3 Canada | |
P. O. Box 191117 Little Rock, AR 72219–1117 United States | |
8495 Veterans Memorial Pkwy O’Fallon MO 63366 United States | RPMC Lasers offers a wide range of lasers wavelengths for fluorescence and Raman microscopy, ranging from the UV though the IR. All of these lasers provide a high quality TEM00 beam profile, and a stable power output. Additionally, RPMC Lasers offers wavelength-stabilized VBG external cavity diode lasers for Raman microscopy. |
Soliton Laser- und Messtechnik GmbH Talhofstr. 32 82205 Gilching Germany | |
P. O. Box 377 03012 Vilnius Lithuania | |
56 Sparta Avenue Newton, NJ 07860 United States | |
All wavelengths. Lochhamer Schlag 19 82166 Gräfelfing Germany Quality: ISO 9001:2015 www.toptica.com Social: Facebook, LinkedIn, YouTube E-mail: Tel.: +49 89 85 83 70 Fax: +49 89 85 83 72 00 | Optical microscopes are used to study objects that are too small to be seen with the naked eye. This can be organic cells, semiconductor surfaces, or even single molecules. There are two different approaches in optical microscopy, either detecting near-field (SNOM) or far-field signals emitted by the investigated materials. There are various methods for optical microscopy that utilize different light sources. For some microscopy techniques a simple white light source is sufficient, whereas more sophisticated methods require lasers as light source. Those can be single-mode diode lasers or multi-laser engines that deliver a continuous laser beam at one or several colors, some techniques rely on short laser pulses with femtosecond duration that can be provided by TOPTICA's ultrafast fiber lasers. |
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