Raman spectroscopy at 830 nm sets out to solve a major problem of Raman: mitigating intense autofluorescence in complex organic and biological materials. Moving from 785 nm to 830 nm excitation substantially reduces autofluorescence without the greater cost, complexity, and lower Raman signal intensity associated with 1064 nm systems.
Available in laboratory and OEM form factors, the robust, modular opto-mechanical WP 830 X supports both fingerprint and functional Raman ranges. It can be configured for laser integration, optical coupling, f/#, detector cooling and slit width.
Spectrometer (-IC)
Spectrometer + Laser (-ILC)
Spectrometer Input
Fiber-coupled SMA 905 connector
(FC/PC, free space collimating lens or open slit upon request)
Fully integrated sampling optics:
22 mm working distance
Communications
Laboratory/housed units: 24.3 x 17.2 x 6.0 cm, <2.3 kg
OEM modules on a baseplate: 23.6 x 16.5 x 5.3 cm, <1.3 kg
Detector Cooling Options
TEC-Regulated (-R)
TEC-Cooled (-C)
SPECTROMETER
(-IC MODEL)
Resolution
(25 μm slit)
9 cm-1
10 cm-1
f/1.8 input
8 cm-1
Detector TEC setpoint
3 ms
OPTIONAL INTEGRATED LASER
(-ILC, -ILP MODELS)
Laser type
OPTIONAL INTEGRATED PROBE
(-ILP MODEL)
Product Sheets
Example 1
Example 2
