Diode lasers developed for applications requiring high wavelength stability and narrow linewidth. They are commonly used in Raman spectroscopy measurements.
Lambda Beam Wavelock is a diode laser developed for applications requiring high wavelength stability and narrow linewidth. It is particularly used in Raman spectroscopy measurements due to its high wavelength stability. The output method can be selected from spatially collimated output or fiber output (SM or PM fiber). The controller can be chosen from two types: a Power Controller that allows key switch operation and a Powerbox that is also ideal for embedded applications. <Features> - Maximum output: 500 mW - Multi-wavelength: 405~808 nm - Linewidth: Minimum 0.05 pm - Output stability: <1 %@10h - Wavelength stability: <0.015 nm - Coherence length: Up to 10 m - Includes software for Windows
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basic information
<Main Specifications (excluding DPSS models)> - Beam diameter: 1.1×2.2 ~ 1.2×4.3 mm - Beam divergence angle: <1.2 mrad - Beam mode: TEM00 - Polarization: Linear >100:1 - Beam exit angle: <5 mrad <0.1 mm (relative to base mount) - Beam spatial position stability: < 5 μrad/K - Noise: < 2 %@RMS - Stability: < 1 %@10h - Warm-up time: 5 minutes - Drive mode: Current control - Modulation: Up to 1.5 MHz - CDRH Class: 3b, 4 (>500mW model) - Dimensions (laser head): 63.5×31.0×32.5 mm - Weight (laser head): 94 g (laser head) - Operating temperature: 0 to 45 ℃ (no condensation) - Storage temperature: -25 to 70 ℃
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Applications/Examples of results
- Fluorescence measurement - Spectroscopic measurement, etc.
Line up（14）
| Model number | overview |
|---|---|
| Lambda beam WL 405-12 | 405 nm, 12 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 405-25 | 405 nm, 25 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 405-40 | 405 nm, 40 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 633-40 | 633 nm, 40 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 633-70 | 633 nm, 70 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 638-120 | 638 nm, 120 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 640-32 | 640 nm, 32 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 658-35 | 658 nm, 35 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 685-45 | 685 nm, 45 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 785-100 | 785 nm, 100 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 785-225 | 785 nm, 225 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 808-120 | 808 nm, 120 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 808-450 | 808 nm, 425 mW, wavelength stabilized, single longitudinal |
| Lambda beam WL 852-550 | 852 nm, 525 mW, wavelength stabilized, single longitudinal |
Company information
MSH Systems Co., Ltd. introduces and provides cutting-edge scientific technologies and their products from both domestic and international sources to universities, research institutions, and corporate clients in Japan as quickly as possible, contributing to the realization of a richer future society. With 30 years of sales and service experience in the science and technology fields, along with strong trust relationships and responsible execution with our clients, we will act with all our efforts to become a good partner for everyone. Our ultimate goal is to ensure the satisfaction of not only our customers and manufacturers but also everyone involved with us.
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