光響 Product Lineup

- Large diameter (60 mm) (supports up to 100 mm) - Silent operation (smooth opening and closing, low vibration, low noise, low heat generation, low power consumption) - Long lifespan (continuous 50,000 hours) - Water cooling option available - Comparison table with conventional products

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This product can output three wavelengths (488, 561, 640 nm) suitable for fluorescent bioimaging from a single fiber. It is very convenient as there is no need to purchase multiple lasers separately. The modulation function is independent, allowing for the output of all wavelengths combined or individually. Additionally, it is very compact, being smaller than A4 size, making it easy to use in various locations. Furthermore, by using open-source software such as µManager or MetaMorph from Molecular Devices, control via PC is possible. Also, since this product has fiber output, you can connect a fiber-coupled collimator that matches your microscope.

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This product achieves short pulse characteristics in the picosecond range while also maintaining the compactness unique to semiconductor lasers. It can be controlled via PC or operated independently, providing easy usability. The pulse width of the 1064 nm laser light can be varied from 50 ps to 9 ns. It can be used for fluorescence lifetime measurement, time-resolved measurements, laser processing, fiber performance evaluation, and seed light for fiber lasers. In laser processing, the processing accuracy can be adjusted by changing the pulse width.

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This product is suitable for fluorescent biological imaging with three wavelengths (488, 561, 640 nm) that can be output from a single fiber, making it very convenient as there is no need to purchase multiple lasers. It can output all wavelengths combined or individually, and it is very compact, being smaller than A4 size, allowing it to be used in various locations. Furthermore, by using software such as µManager or MetaMorph, it can be controlled via a PC.

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The FC-SC-PCF kit is a packaged version of the photonic crystal fiber (PCF) required at the end of the supercontinuum (SC) light generation process. By combining it with the mode-locked Yb fiber laser kit (FL-MLYb-kit) and the fiber amplifier kit (FA series), you can immediately start supercontinuum light generation experiments. Using this kit eliminates the hassle of complex theoretical calculations and the selection of optical products.

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This is a custom-made fiber amplifier that can be freely configured according to your requirements. It can be used as a fiber amplifier for our mode-locked Yb fiber laser kit (FL-MLYb-kit), as well as for CW fiber lasers and fiber lasers from other manufacturers. Typically, constructing a fiber amplifier requires time-consuming tasks such as finalizing specifications and selecting optical components. By using this kit, you can significantly reduce the hassle and unnecessary time involved.

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This product achieves a low price of 460,000 yen (excluding tax). Since the appropriate optical components have been pre-selected, you can simply assemble the delivered optical components like a plastic model to configure the Er fiber laser. By adopting a kit format, we have increased flexibility, allowing for reconfiguration as needed when research progresses.

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The camera is inexpensive, so it's okay if it breaks! You can use it with a disposable mindset! Easy to prepare, user-friendly software! (Feedback from users) - Compatible with commercially available inexpensive cameras - M2 (M Square) beam quality - Capable of measuring temporal changes in beam pointing - Capable of measuring beam divergence angle - Image saving possible at set time intervals (image logging function) - One software (one license) per computer

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The beam profiler with the M2 platform software "LaseView" is a high-performance and versatile laser beam profiler software that allows the use of CCD cameras/CMOS cameras as beam profilers. In addition to the camera set's camera, commercially available CCD cameras/CMOS cameras can be utilized, enabling the easy construction of a highly cost-effective and practical beam measurement system. - Easy measurement of beam profiles and beam diameters - Commercially available cameras can be used ▶ Enables the construction of an inexpensive beam monitoring system - Capable of measuring M2 (M-squared) beam quality - Capable of measuring beam divergence ▶ Enables measurement of propagation loss - Capable of measuring temporal changes in beam pointing ▶ Enables measurement of beam stability - Micro beam measurement optical system set option that can measure from 2 μm - Beam profiler option compatible with large diameters and high output, capable of measuring up to 200 mm - Image saving at set time intervals is possible (image logging function) - Free trial version available - One software (license) per computer (PC) - Multiple cameras can be connected to one software

• Optical Measuring Instruments

The beam profiler "LaseView-LHB" is a model with a detection area of 50mm x 50mm. It is the most standard model in the LHB series. There are also high-temperature resistant models available that support GigE (RJ-45). The "LaseView-LHB" series of beam profilers, designed for large diameter and high output, is an unparalleled optical product capable of measuring the largest beams in the world. It is also used for simultaneous emission evaluation of multiple LEDs and semiconductor lasers. This single unit can be used for a wide range of applications. **Features of the LHB Series:** - Customizable according to application - Easy measurement of beam profiles and beam diameters - Capable of measuring lasers with large diameters (1 mm to 200 mm) - Capable of measuring lasers with high output (0.1 W/cm² to 100 W/cm²) - Equipped with speckle reduction functionality - Comes with M2 platform software (LaseView) for the beam profiler

• Optical Measuring Instruments

By using the mode-locked Yb fiber laser kit, it is easy to create an ultrashort pulse fiber laser that employs nonlinear polarization rotation as the mode-locking method. This kit selects proven components and combines posts and spacers to ensure that the laser beam passes through various optical elements.

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