Wasatch Photonics Raman Spectrometers

Raman Spectrometer Systems with 10x Higher Throughput

Wasatch Photonics Raman spectrometers are based upon a fast f/1.3 spectrometer that have 10x more throughput compared to rival f/4 spectrometers and are ideal for the characteristically weak signals involved in Raman spectroscopy. You can choose a Raman spectrometer and add your own excitation laser and sampling optics, or why not consider a Raman spectrometer system with integrated laser, filtering and sample coupling optics. Both integrated and external laser options are available. 

The latest X-XL-XM series Raman spectrometers includes modular spectrometers, integrated lasers, complete Raman systems as well as OEM modules ideal for either research or product development With choices for wavelength, f/#, optical coupling, slit size & detector, you’ll find the perfect balance of sensitivity & resolution to take your Raman measurements to the next level.

System Configurations – from Fully Modular to Fully Integrated

Wasatch’s fully modular Raman spectrometer systems provide the highest level of flexibility with a standalone WP Raman spectrometer together with a separate laser, flexible optical fibres and a Raman probe. Standard excitation wavelengths are 532,  638, 785 and 830nm.

The semi-integrated Raman spectrometer systems save space and cost by combining the laser and WP Raman spectrometer in one box, together with separate, flexible optical fibres and a Raman probe. Standard excitation wavelengths are 638, 785 and 830nm.

The fully integrated Raman spectrometer systems save space and provide the ultimate in ease-of-use and operator convenience. The entire system (laser, WP spectrometer and sample coupling optics) are all housed in one box. Standard excitation wavelengths are 638, 785, 830nm.

Wasatch Raman Spectrometers

Wasatch Photonics Raman Spectrometer Range

Excitation 
Wavelengths

WP Series

X Series

XL Series

XM Series

Fully Modular
Spectrometer

Semi-Integrated System
(Spectrometer + Laser)

Fully Integrated System
(Spectrometer + Laser + Optics)

OEM ‘INSIDE’ MODEL

Ultra-Cooled
Spectrometer

OEM

248

WP 248

532

WP 532X

WP 532X

WP 532 XL

633 / 638

WP 638X

WP 638X

WP 638X

WP 638X

WP 633 XL

785

WP 785X

WP 785X

WP 785X

WP 785X

WP 785 XL

WP 785 XM

830

WP 830X

WP 830X

WP 830X

WP 830X

WP 830 XL

WP 830 XM

1064

WP 1064X

WP 1064 XL

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Laser Safety: It’s always important!

When you are using a Raman spectrometer with an integrated or standalone laser, it is extremely important to follow all recommended safety precautions. You should also complete your organization’s laser safety training course, or seek one out independently. At a minimum, any Raman system operator should:

  1. Know the output power level and excitation wavelengths of all lasers in operation
  2. Ensure that the laser path is closed before operating the excitation laser (i.e., all fibres are connected and/or a sampling chamber is attached)
  3. Do not handle the Raman probe or remove the sampling chamber cover with the laser turned on
  4. Ensure that everyone within line-of-sight to the laser (direct, reflected, or scattered) is wearing protective goggles rated for the appropriate wavelength(s) and the level of protection – not just the optical density (OD)

 

Training Courses  –  Laser Safety Awareness and Laser Safety Officer 

Laser Safety Products – Eyewear, Windows and Large Area Protection

Additional Information on Laser Safety – Blog Article: Laser Safety: Don’t Get Burnt!

Datasheets

 

Brochures

 

Videos

  • Raman TV – The YouTube channel from Wasatch Photonics about Raman Spectroscopy
  • ENLIGHTEN – Spectroscopy Software Tutorial Series

 

Blog Articles

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