Sales PLS-LD laser source，Manufacturer

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PLS-LD laser source

Product ID：GSYgy015

Price: Please inquire PDF Format

Supply Ability:20SETS/MON

Port:SHENZHEN

Product Introduction
Consulting

Model NumberPLS-LD

Brand NameBOFEILAI

Payment TermsT/T, paypal

PLS-LD laser source
Introduction:
PLS-LD light source series adopts high-power laser tube and special lens, the spot is round, the efficiency is high, the beam divergence is small, the divergence angle is adjustable, and the outlet power can also be adjusted according to different usage requirements, which can be customized according to the user's specific use. The PLS-LD series of lasers are all made of high-quality original and imported laser diodes. Combined with the high-stability power technology of Bofeilai Company for many years, the optical development technology and the integrated precision temperature control system enable the laser to be stable at the right temperature. Work, stable wavelength, stable power, high reliability, high stability, strong anti-interference, good consistency and long service life. In addition to serving common applications, PLS-LD light sources have been developed especially for photocatalytic reaction irradiation and photocatalytic quantum yield studies, and Pofira has developed a series of optical components for photocatalytic applications.
Features:
1. Sufficient irradiation energy: The model terminal with the lowest PLS-LD energy output power can exceed 100mw, which can make most photocatalytic reactions continue and have product detectability, and have wide applicability.
2. The experimental data is easy to be widely recognized: the extremely narrow peak half-wavelength bandwidth (2.5nm) is the basic theoretical feature of photocatalytic quantum yield calculation, and its irradiation characteristics are better than that of xenon lamp + filter, LED irradiation and so on. Spectral quantum yield irradiation system. The use of PLS-LD, the experimental methods and data described in the publication of high-level academic articles, can be widely recognized.
3. Flexible and radiant configuration: It can provide fiber parallel light (40mm aperture) and diffuse light, covering almost all experimental models.
4. A variety of wavelengths: currently available 405nm, 447nm, 473nm, 532nm, 635nm, 671nm. It can cover the current mainstream visible light catalysis band, which is enough to meet and exceed the basic requirements of quantum yield calculation and curve drawing (three test point line segment smoothing).
5. Good application ductility: In addition to the core functions of quantum yield experiments and calculations, it can be combined with the micro-plate reactor of Bofeilai Company to achieve uniform high-intensity irradiation covering the light window; it can be applied to Pofeilai other A variety of experimental system devices.
Technical Parameters:

Full Width at Half Maximum，FWHM	≤2.5nm
Output power	100mW；
Power stability	5%；
Warm-up time	15~30 mintues
Operating temperature	10~35℃
Expected life time	7000hours-10000 hours
Warranty time	1 year，Wearing parts: three months

Introduction:
PLS-LD light source series adopts high-power laser tube and special lens, the spot is round, the efficiency is high, the beam divergence is small, the divergence angle is adjustable, and the outlet power can also be adjusted according to different usage requirements, which can be customized according to the user's specific use. The PLS-LD series of lasers are all made of high-quality original and imported laser diodes. Combined with the high-stability power technology of Bofeilai Company for many years, the optical development technology and the integrated precision temperature control system enable the laser to be stable at the right temperature. Work, stable wavelength, stable power, high reliability, high stability, strong anti-interference, good consistency and long service life. In addition to serving common applications, PLS-LD light sources have been developed especially for photocatalytic reaction irradiation and photocatalytic quantum yield studies, and Pofira has developed a series of optical components for photocatalytic applications.