New Integrated Laser models for Raman
A classic becomes the ultimate hybrid
Spectrometer with onboard laser for flexible, semi-integrated Raman systems
Building on the strengths and superior sensitivity of our compact modular spectrometers, Wasatch has created an integrated laser & spectrometer duo in a single compact footprint. This onboard laser model includes a multimode laser with 350 mW of power mounted in a slightly raised lid above the spectrometer, allowing you to connect both legs of your Raman probe or sampling accessory directly to a single unit. The upper, FC/PC connector provides laser light for excitation, while an SMA connector below acts as spectrometer input for detection of Raman signal. The streamlined design of this duo economizes on space and hardware cost, and maximizes value without sacrificing flexibility. Availability: 785 nm, 830 nm
A fully integrated Raman system just gets better
Spectrometer with integrated laser, filters, and sampling optics
Wasatch doesn’t believe in limitations. That’s why they introducing a higher power multimode laser excitation option in our fully integrated -L models. For a very modest increase in height, these units will integrate a 350 mW multimode laser, high sensitivity Raman spectrometer, filtering optics, and a 25 mm focal length sample coupling lens into a single, compact package for direct excitation and measurement of Raman signal. At 3.5x more excitation power than our standard fully integrated model and 10x more sensitivity than a conventional compact f/4 spectrometer, that gives you access to 35x more range when working with power-tolerant samples.
Safety and quality by design
Customer-inspired innovation
You spoke and Wasatch has listened – finding new ways to simplify the size, footprint, and operation of the most popular Raman spectrometer series without sacrificing signal. Whether you’re looking for the flexibility of a probe-based system with the convenience and footprint of an integrated laser, or simply more power in the same compact integrated system, the new options help enable solutions to real world problems through the power of Raman spectroscopy.
>>Written by Wasatch Photonics