Ideal for maximum fluorescence suppression, 1064 nm Raman is often chosen for complex organic or biological materials and/or highly absorbing samples such as certain oils, polymers, inks, varnishes, and semiconductor materials.
Available in the OEM form factor, the robust, modular opto-mechanical WP 1064 X series covers the Raman fingerprint range. It can be configured for laser integration, optical coupling, and slit width. With its high numerical aperture optical design, the highly sensitive WP 1064 X series mitigates the impacts of lower Raman scattering and less efficient InGaAs sensors in 1064 nm Raman.
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-Cooled (-C)
SPECTROMETER
(-IC MODEL)
Resolution
(25 μm slit)
Detector TEC setpoint
OPTIONAL INTEGRATED LASER
(-ILC, -ILP MODELS)
Laser type
OPTIONAL INTEGRATED PROBE
(-ILP MODEL)
Ideal for maximum fluorescence suppression, Raman at 1064 nm is often preferred for complex organic or biological materials and/or highly absorbing samples such as certain oils, polymers, inks, varnishes, and semiconductor materials. The choice between a flexible, probe-based Raman system and a fully integrated, compact one depends largely upon which optical coupling method is best for your application or sample. The WP 1064X series is available in OEM only configurations.
Product Sheets
Example 1
Example 2
