MULTI CHANNEL, HIGH SPECIFICATION RAMAN DETECTION SYSTEMS

FROM HEADWALL PHOTONICS

A family of multi-channel, multi-spectrum spectrometers based on Headwall's patented, retro­reflective concentric configuration. They are designed for high application throughput involving detection of weak signals or reduced measurement integration time. The configurable multi-input design provides the ability to place multiple spectra onto a single detector plane.

Raman Explorer

Raman Discovery

Configurable Multi-Input Design

With high performance imaging properties, they accurately reproduce micro-scale features entering at the entrance aperture as spectrally and spatially resolved images on the CCD array with remarkable accuracy. The highly resolved spectral and spatial content of each individual input feature will be dispersed across the CCD, and can be read out simultaneously with no channel crosstalk.

Key features

•           Highest spectral resolution possible with no curvature of input image (entrance slit or stack of fibers)
•           Wide assortment of individual fibers or bundles are accepted over the 3 mm tall entrance aperture including signals through single fiber, multiple fiber, multi-channel fiber bundles, and calibration light sources for true multi-channel Raman performance
•           High-performance scientific grade CCD
•           Integrated digital signal processor
•           Designed for low-light applications
•           Single and dual stage TE cooling
•           Requires no interface card
•           Flexible communication options
•           Customizable

Download a Raman Explorer Datasheet PDF  

Download a Raman Discovery Datasheet PDF

WE ALSO OFFER A PORTABLE RAMAN SYSTEM

The Inspector Raman'"' is a robust, portable Raman spectrometer that fits in your hand for analysis of solids, liquids, pastes, and slurries. This lightweight, dispersive spectrometer has no moving parts and may be used in any position. Raman spectroscopy offers the advantage of identifying various substances by their unique fingerprint, based on the chemical structure of the unknown, and can do so through walls of sealed bags, transparent bottles, flasks, vials, and ampoules without opening the container. Data is retrieved remotely with Blue Tooth technology or USB.

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