OEM Spectroscopy & Multichannel Imaging Systems

The HORIBA Scientific OEM range consists

HORIBA Scientific leads the commercial holographic diffraction grating technology. For example: the concave aberration corrected holographic grating (CACHG), innovated by HORIBA Jobin Yvon Inc, combines a simplicity, consistency, throughput, and image quality not possible with other optical designs.

OEMs recognize the advantages, replacing multi-element optical systems with our one-piece CACHG. The performance gains, manufacturing ease, and improvements in long-term quality make high volume instrumentation cost effective "for OEM customers seeking for reliable PDA and CCD optical grating mini spectrometers".

Horiba Scientific continues innovating and offers a broad range of Multichannel spectrometer, featuring 10-16-20-32 Input Fiber Legs, and 1024-2048 pixels CCD detectors. Configurations vary from Simultaneous acquisition (no shutter required) to Sequential acquisition (Shutter required or independently controlled multi-excitation sources) with various optical layouts (concave imaging grating spectrographs and patented modified Czerny-Turner spectrographs)

CT-300 Multichannel CCD Spectrometer

Highest number of large fibers: 20 channels. High throughput thanks to 800 mic diameter, & to Back-Illuminated CCD with large pixels.

Designed for low light applications, which require large fiber diameter for the input legs and BI CCDs:

The CT-300 series of CCD spectrometers are high throughput/sensitivity systems, which use back-thinned CCDs and can be configured with 10 to 20 fiber input channels (800 micron diameter fibers), running in a combination of Sequential and Simultaneous modes. The Visible spectral coverage is the standard configuration. Shuttering the light path will be required in Sequential Mode. The patented Optical Layout (modified Czerny-Turner) provides Imaging capability which allows some Simultaneous acquisitions as well. The slit width is customized to attain the proper spectral resolution on each channel. Other ranges of coverage (towards UV or NIR) can be reached by customization for OEM volume applications, according to the selected fiber diameter. Dark Current: 6 electron/msec at ambient temperature.

  • Maximum Full Well: ≈390,000 electrons max, Maximum Dynamic Range: 7000:1 typical
  • Intensity resolution: 16 bit.

CP140 Imaging Spectrograph

140mm focal length imaging spectrograph with Syncerity Scientific Camera

Broad variety of concave imaging gratings
Compatible with our high end Syncerity Camera with 6.7 mm tall CCD
TE Cooled to -60°C

Broad variety of concave imaging gratings Compatible with our high end Syncerity Camera with 6.7 mm tall CCD TE Cooled to -60°C UV Configuration for 8 Channels (fiber inputs) :200 to >400nm The 1024 x 256 Scientific CCD chip is a full frame CCD and therefore will require Shuttering during readout.

CP 140

The CP-140 Imaging Spectrograph offers the OEM customer a sturdy, low-cost, f/2, modular instrument, with unsurpassed spatial resolution and ultra low stray light. High-efficiency, ion-etched, holographic gratings make the CP-140 the perfect spectrograph for use with multiple fiber inputs, linear arrays, and CCD type detectors. Selected gratings cover specific spectral regions from 190 nm to 2500 nm.

Click here for specifications on the CP140

CC-55 Imaging Spectrometer

CC-55 Imaging Multichannel Spectrometer - Simultaneous acquisition 10-26 Fiber Inputs (with diameters in the range of 100-400 mic) Interline CCD, may allow a shutter-free set-up (Call us) Line imaging on tall Sony ICX285AL CCD.

The CC-55 CCD Imaging Spectrometer features a Type-I grating (equidistant and parallel grooves) and a very low noise Interline Front illuminated CCD with 1360 x 1024 pixels. The readout noise is below 8e-. The CCD can be binned 1x1, 2x2, 3x3, 4x4 or can allow Regions of Interest, such as: 20 rows(ROI) of interest and 21 rows(ROI) of separation areas. The spectrograph, when connected to fiber input channels, will collect all light at F/2.3, and depending on the selected slit width, the spectral resolution will be in the 2.5 to 7 nm range. The spectral coverage over a 5.5 mm detector length, is typically 380nm to 760nm, but adjustments to extend the range, up or down, can be made. Cross-talk is minimized (in the 0.2 to 0.5% range depending on number of fibers and their size) and stray light is very low. Multiple fiber inputs with 100 mic diameter allow you to monitor 20 channels simultaneously, without the use of a shutter, or without having to turn-off the light sources, during readout. The speed in such configuration can reach 10Hz (30-40Hz alo achievable). If Sequential acquisition is acceptable, the CC-55 is capable of up to 32 channels with large fibers (600 mic)!! Dark Current: 1.2 electron / pixel / second (when CCD temperature is stabilized at 20°C).

  • Maximum Full Well: ≈18,000 electrons max, ≈21,600 electrons max when binning.
  • Dynamic Range: 2000:1 typical (un-binned mode).
  • Intensity resolution: 16 bit.

VS20 Imaging Spectrograph

4 Choices of 20 mm Focal Length gratings F/2.7 - Ultra compact - Ultra low stray light Aberration corrected Type IV concave gratings

The 3 available spectral ranges with a CCD (or linear PDA) are: 200-750nm; 380-760nm; 550-1015nm

An imaging configuration of the UV-VIS (190-550nm)version resulted in >5 channels being separated.

Spectral Resolution: 6 to 10nm

Click here for more information.


Ultra compact InGaAs NIR Mini Spectrometer. NIR configuration covers 850-1700nm 2-Stage TE cooling

The VS2000-IINGAAS NIR miniature fiber spectrometer features a 256 pixel linear array mounted on our F/2.7 CP20 shortest focal length OEM spectrometer.

It covers 850-1700nm and includes a 2-stage TE Peltier cooler and USB 2.0 electronics. With a 50 mic pitch on the InGaAs array, the spectral resolution is in the range of 10 to 11nm.

(*) Fans are included in some of the above versions when the CCD is TE-Cooled.

Contact us for our:

  • High Volume Compact Spectrometers: VS-7000-CCD (OEM pre-packaged with Back-thinned CCD for 200-1050nm applications).
  • Research (qty 1-2 purchase retail instruments) imaging spectrometers: iHR320 (320mm focal length) and iHR550 (550mm focal length) perform multi-track experiments with up to 20 fiber inputs.