Achieving low prices for threats and stability at the level of finished products.
This product is a compact and stable ultra-short pulse Yb fiber laser kit with a product-level quality. The laser is assembled by the customer, but with detailed design diagrams, manuals, and enclosures, anyone can construct a stable mode-locked fiber laser. The optical system is housed within the enclosure, which helps to minimize the influence of external factors such as wind. The standard specifications of this product are an average output of 30mW, a repetition frequency of 90MHz, and a pulse width of 2ps. By using an optional transmission diffraction grating pair, the pulse width can be compressed to <100fs. - An astonishing low price of 1.38 million yen (excluding tax) - < 100 fs pulse compression option - Stability at a finished product level - Easy construction with detailed design diagrams - Delivery time: 1.5 to 2 months
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basic information
This product includes: - A complete set of optical components - Semiconductor laser and semiconductor laser power supply kit (PS-LDD-CW-K02) - Enclosure The enclosure has predefined locations for each optical component, allowing you to build the optical system simply by following the manual to install the optical components. Additionally, you can fine-tune the optical axis height by adjusting the height of the post with a base. Since the optical system is housed within the enclosure, it can minimize the effects of air disturbances in the laboratory. Specifications: - Center wavelength: 1030 ± 10 nm - Spectral width: ~ 20 nm - Average output: ~20 mW - Output stability: ~ 0.1 % rms (Typ.) - Pulse width: < 2 ps *1 - Repetition frequency: 50 ± 10 MHz - Polarization: Linear polarization (vertical direction) - Output method: Spatial output - Size: 130 x 280 x 90 mm *2
Price information
1,380,000 (excluding tax)
Price range
P5
Delivery Time
※1.5 to 2 months
Applications/Examples of results
- Multi-photon microscopy - Optical coherence tomography - Nonlinear spectroscopy - THz wave generation - Material property evaluation - Theoretical education and training for fiber lasers, among others.
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