INDIA | +91 - 484 - 2540075 |
Products / Spectroscopy / UV-VIS-NIR Scanning Spectrometer
Spectrometer Goniometer
Spectrometer Goniometer
Spectrometer Goniometer
Advanced Researcher Version
Scattering Photometer -
Motorized Goniometer
Spectra 3965 VIS Spectrometer
USB 2.0 Spectra CD 214 Spectrometer
Spectra CT UV-VIS-NIR CCD Based
Stitched Scanning Spectrometer
UV-VIS-NIR Scanning Spectrometer
Spectra UV-VIS-NIR
Standard Monochromators
Spectra UV-VIS-NIR Quasar Series
Scientific Monochromators
USB 2.0 CCD Spectrometer
Laser Raman Spectrometer
Confocal Fluorescence
Correlation Spectrometer
Accessories for Spectra Instruments
Light Sources
UV-VIS-NIR Scanning Spectrometer Print

Model : HO-SP-S100MA | HO-SP-S100SA

Scanning spectrometer is specially designed and developed for industrial and academic research laboratories in the fields of biology, chemistry, physics, environmental science and engineering. This device works in the wavelength range of 190 to 1100nm. Scanning spectrometer can rapidly scan a range of wavelengths and record light intensity at each wavelength.

This instrument uses a concave mirror to collimate the light from an input port. Input and output ports of the spectrometer are fitted with precise micrometer controlled variable slits. A plane holographic grating is used to diffract the input light that is subsequently focused by a second concave mirror.

Model : HO-SP-S100MA
Designed for low light
spectroscopic application

The holographic gratings used in the instrument minimize stray light for the highest sensitivity and accuracy. A stepping-motor controlled sine drive positions the grating, which is mounted on a precision rotary table. The sine drive delivers a linear relationship between stepper motor motion and wavelength of interest. It includes a mechanism to change the wavelength selected by the software and to record the resulting changes in the measured quantity as a function of the wavelength.

The software developed for the instrument has facilities for setting up and calibration in addition to scanning and manual readout. Scanning is possible for a desired wavelength range too. This feature can save time whenever full wavelength range scan is not necessary. The software saves and displays the data acquired on MS Excel sheet. This helps to plot graph with ease whenever required.

    Optical path configuration : Czerny-Turner type
    Dispersion element : Holographic grating
    Grating density : 1200 grooves / mm
    Relative diffraction efficiency : 45 - 65 % (Visible)
    Scanning Wavelength Range : 190 - 1100 nm
    Wavelength range (Detector) : 350 - 1100 nm (HO-SP-S100SA)
    185 - 900 nm (HO-SP-S100MA)
    Resolution : 0.1 nm
    Wavelength Repeatability : ± 0.5 nm
    Slit width : 0 - 4mm (Micrometer Controlled)
    Detector : Si photodiode or PMT
    Interface : USB 2.0 or RS-232
    Data formats : Spreadsheet
Fiber Coupled Input Slit
Multitude of research and laboratory applications
High resolution spectral analysis
High wavelength accuracy
190 - 1100nm spectral range in a single scan
Optional photomultiplier and silicon photo diode detector
Adjustable Input and output slit to control the spectral resolution
Adjustable wavelength steps
RS-232 and USB to serial port extension module
Optional optical port with optical output and detector input ports

Heavy duty aluminium construction is used for high stability with respect to vibration and thermal effects. Multiple accessory options allow the user to configure the system for custom applications. The basic system and accessories are designed in modular fashion. More and more accessories can be added as the applications expand.

There are two types of single channel detectors for using with scanning spectrometers, photomultiplier tube (Model : HO-SP-S100MA) and silicon photo diode (Model : HO-SP-S100SA). For general emissionand bsorption experiments, scanning spectrometer with silicon photo diode is suitable. It can be used for spectroscopic study of LED and other optical filters. PMT detectors typically offer much higher sensitivity to low light levels than silicon photo diode and are well suitable for Raman spectrum, fluorescence, bioluminescence and chemiluminescence.

Model : HO-SP-S100SA
Designed for general
spectroscopic application
Click here for ENQUIRY
Home l Products l Supports l Company l Contact Us
Follow us
Privacy Policy l Terms & Conditions
© 2015 Holmarc Opto-Mechatronics (P) Ltd. All rights reserved.