There are lasers specifically suitable for microscopy applications, such as those used in scanning confocal laser microscopes and multi-photon excitation microscopy. These lasers are essential for high-resolution imaging in biomedical research and medical diagnostics.
Some aspects to consider before buying lasers for microscopy: wavelength, output power, pulse parameters, power stability, beam quality, compatibility with microscopes, durability, environmental resistance, user interface, maintenance, safety features, operational lifespan.
Manufacturers and Other Suppliers for Lasers for Microscopy
7 suppliers for lasers for microscopy are listed in the RP Photonics Buyer's Guide, out of which 2 present their product descriptions. Both manufacturers and distributors can be registered.
Suppliers with Advertising Package presenting their product descriptions
The modern fluorescence microscopy field encompasses a wide range of techniques requiring various wavelengths, power levels, modulation capabilities, beam quality, and spectral characteristics. To achieve multi-color imaging, most setups utilize multiple lasers combined through optical elements or fibers, offering flexibility but requiring alignment and maintenance. At HÜBNER Photonics we accommodate these needs by offering 3 versatile solutions:
Our C-FLEX platform can integrate up to 8 lasers into a laser combiner, ensuring flexibility and user-friendliness.
The C-WAVE laser offers a wide tunable range, covering most of the visible and near IR spectrum, facilitating access to exotic fluorophores.
The Cobolt Skyra is a compact, permanently aligned, multi-line laser that simplifies multi-color excitation integration in microscopy equipment, reducing manufacturing costs and allowing for more compact designs.
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.
The modern fluorescence microscopy field encompasses a wide range of techniques requiring various wavelengths, power levels, modulation capabilities, beam quality, and spectral characteristics. To achieve multi-color imaging, most setups utilize multiple lasers combined through optical elements or fibers, offering flexibility but requiring alignment and maintenance. At HÜBNER Photonics we accommodate these needs by offering 3 versatile solutions:
Our C-FLEX platform can integrate up to 8 lasers into a laser combiner, ensuring flexibility and user-friendliness.
The C-WAVE laser offers a wide tunable range, covering most of the visible and near IR spectrum, facilitating access to exotic fluorophores.
The Cobolt Skyra is a compact, permanently aligned, multi-line laser that simplifies multi-color excitation integration in microscopy equipment, reducing manufacturing costs and allowing for more compact designs.
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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