Hyperspec Multi-Channel0 pages

Data Sheet
Hyperspec® Extended VNIR
with optional fiber-optic bundle

Hyperspec® Extended VNIR multi-point
imaging sensor for the 550nm to 1700nm
spectral range
Headwall’s Hyperspec® Extended VNIR imaging spectrometer specifically targets the 550 nm to 1700 nm spectral range and offers high resolution spectral imaging capabilities plus a multi-channel 35-leg (SMA
terminated) fiber-optic bundle with 20 mm ferrule on the common end.
The award-winning, Hyperspec® imaging spectrometer family is built
on a totally reflective concentric, f/2.0 optical design and optimized for
imaging in harsh environments. All Hyperspec® instruments are based
on Headwall’s patented aberration-corrected, imaging design which
feature the company’s “original”, high efficiency holographic diffraction
gratings.

Applications:

In order to minimize stray light and aberrations, transmissive optical
components are not used within the imaging spectrometer. This platform is further enhanced by a telecentric optical input design which
enables superior spectral and spatial imaging.

• t Food safety & quality

The Hyperspec® Extended VNIR imaging spectrometer is available in
two configurations:

• t Semiconductor inspection

• t LCD/display quality control
• t Process monitoring
• t Pharmaceutical manufacturing
• t Photovoltaic manufacturing
• t Remote sensing & analysis
• t Waste recycling & sorting

•t lens-based imager
•t multi-channel/multi-point spectrometert
tt

Key Benefits:
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Each model provides different capabilities to support application requirements such as frame rates, dynamic range, region of interest binning, price, and more.
The Hyperspec® Extended VNIR sensor is also available with the Hyperspec® Starter Kit, the Hyperspec® Reflectance/Fluorescence System,
and in pan/tilt configurations for stationary deployment.

• t Broad spectral range
• t Superb imaging performance
• t Exceptional spectral & spatial resolution
• t Ideal for low light, low signal applications
• t Accurate, consistent spectral measurement
• t Compact with very wide field of view
• t Extremely high signal-to-noise
•t Low scatter or stray light
•t Rugged design for durability & stability

Application-Specific Solutions For Critical Environments
www.headwallphotonics.com

•t Cost effective deployment