Ultrashort pulse laser kit
Mode Locked Ti:sapphire Laser Kit (Wavelength 0.8 μm)
This is Mode Locked Ti:sapphire Laser Kit (Wavelength 0.8 μm) with both compact size and stable output. By using Kerr lens mode-locking as the principle of generating ultrafast, stable femtosecond pulses with a wavelength of 0.8um can be obtained. And it can also be used as a master oscillator for regenerative amplifiers.
Model number：LAK-TiSa-ML01
Price：US$ 39,800 (EXW Osaka)
Mode Locked Yb Fiber Laser Kit (Wavelength 1.0 μm)
This is fs fiber laser oscillator kit to be used at University laboratory or R&D dept of Private enterprise.
Model number：LAK-Yb-ML01
Price：US$ 8,980 (EXW Osaka)
Mode Locked Er Fiber Laser Kit (Wavelength 1.5 μm)
You can purchase a 1.5 μm band ultrafast fiber laser for less than US$ 5,000 (tax-included).
Because all electric parts necessary for a 1.5 μm band ultrafast fiber laser are included in this kit, saving the bothersome work to select suitable optical parts,
You will be able to easily accumulate laser light source developing knowhow while you mount the Kit by yourself.
Because all electric parts necessary for a 1.5 μm band ultrafast fiber laser are included in this kit, saving the bothersome work to select suitable optical parts,
You will be able to easily accumulate laser light source developing knowhow while you mount the Kit by yourself.
Model number：LAK-Er-ML01
Price：US$ 3,980 (EXW Osaka)
PM-type Mode Locked Er Fiber Laser Kit (Wavelength 1.5 μm)
Ultrafast laser（such as Femtosecond laser / picosecond laser) will cost from several millions to US$ 100,000 as finished products. This product (Er fiber laser kit) can compose Femtosecond laser and picosecond laser with only US$ 9,800.It can be build according to manual instruction and will help you to learn development skill on laser light source, Since it has Kit format and high flexibility, rearrangement on components is available.
Model number：LAK-Er-PMML01
Price：US$ 8,480 (EXW Osaka)
Raman Spectroscopy Educational Kit
In Raman spectroscopy, chemical and structural information used to identify the material under analysis can be obtained. In general, the measured substance can be identified by comparing its spectrum with a database of known spectra (the fingerprint region).
Model number：LAK-Raman01
Price：US$ 12,800 (EXW Osaka)」
Optical Tweezers Educational Kit
Optical tweezers are a technology and device that use the radiation pressure of laser light to capture (trap) and manipulate small objects such as cells.
Because laser light can be used to grasp and move objects in a manner similar to a pair of tweezers, this technique is referred to as optical tweezers, optical traps, or laser tweezers.
Because laser light can be used to grasp and move objects in a manner similar to a pair of tweezers, this technique is referred to as optical tweezers, optical traps, or laser tweezers.
Model number：LAK-Pinset01
Price：US$ 4,480 (EXW Osaka)