Microscope Laser Combiner "iChrome FLE"
iChrome FLE is a laser combiner for microscopes that outputs up to 7 wavelengths. It achieves high output of up to 100mW per wavelength and is AOM-free!
The iChrome FLE can accommodate up to 7 wavelengths for all important fluorescent dyes in the range of 405 to 785 nm. It achieves a maximum output of 100 mW at the fiber end, supporting various cutting-edge applications such as spinning disk and light sheet microscopy. The output can be selected from 1 line or 2 lines, and the built-in COOL AC automatic fiber alignment feature eliminates the need to spend valuable research time on laser realignment. Additionally, the unique "all semiconductor laser" design, which does not include a custom-developed AOM/AOTF, achieves a "zero photon" state. This resolves the crosstalk issue between wavelengths, enabling the best image contrast and outstanding longevity.
basic information
● Wavelengths: 405/420/445/460/473/488/505/515/532/561/594/640/647 nm ● Maximum number of wavelengths: 7 ● Output: Up to 100mW (at fiber end) ● Output stability: ± 2 % (8 hours, room temperature environment +/- 3 °C) ● Polarization characteristics: Linear polarization (PER >60:1) ● Number of output fibers: 1 or 2 ● Fiber type: Polarization-maintaining single-mode fiber ● Output connector: Selectable FC/AFC, FC/PC, FC/APC, FCP8, SC, etc. ● Communication interface: RS232, Ethernet ● Digital/analog modulation capability ● COOL AC automatic fiber alignment function
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Model number/Brand name
iChrome FLE
Applications/Examples of results
Confocal laser microscopy Live cell imaging TIRF FRAP Flow cytometry High-throughput screening Genome analyzer Optogenetics research
Detailed information
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COOL Technology (Constant Optical Output Level) is a unique solution that combines single-mode semiconductor lasers and optical fibers to eliminate the need for permanent optical axis adjustment. By simply pressing a button on dedicated software, automatic alignment can be initiated, allowing the laser to be used at optimal power conditions at all times.
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The SKILL function operates as a solution called "Speckle Killer" that uses pure electrical methods. It reduces the coherence length of the laser (interferability) and mitigates speckle (the laser-specific glare) caused by the mutual interference of wavefronts.
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TOPTICA Photonics K.K. is the Japanese subsidiary of the German company TOPTICA Photonics SE, specializing in the import, sales, and technical services of cutting-edge laser systems, optical equipment, and terahertz-related products. Our experienced staff is dedicated to fully supporting our customers' research, development, and manufacturing needs. We offer a wide range of laser products for scientific research in fields such as fundamental physics and engineering, as well as industrial laser products for equipment integration. Please feel free to contact us with any inquiries.