The IS-Instruments dispersive spectrometer is a sleek and efficient instrument designed to be used in a variety of spectroscopic and analytical measurements. It works well with fiber-coupled Raman probes, hollow-core microstructured fibers, and tailored optical setups, allowing for the examination of solids, liquids, and gases in research, lab, and industrial settings.
Its versatile construction permits use in applications ranging from process tracking and material profiling to tritium measurement, hydrogen isotope evaluation, and multi-component gas measurement.
This spectrometer was designed to deliver reliable, high-resolution spectral analysis across a broad range of applications. Built for installation in industrial, research, and laboratory settings, it pairs sturdy optical operation alongside compact, fiber-coupled versatility.
When used alongside conventional Raman probes, this system enables the spectroscopic analysis of both solid and liquid samples for various laboratory and process uses. Coupled with the holloc core microstructured fiber technology developed by IS-Instruments, this platform serves as the foundation for the Notus gas Raman system aimed at sophisticated gas analysis tasks, including tracking hydrogen isotopes and detecting tritium.
- Flexible integration with fiber-optic probes and sampling configurations
- Designed to analyze solids, liquids, and gases
- Instantaneous, non-invasive spectroscopic evaluations
- Excellent sensitivity and spectral clarity
- Minimal sample preparation needed
- Enables remote and distributed sensing
- Customizable for use in labs, industries, and research settings
Image Credit: IS-Instruments, Ltd.
Technical Specifications
Source: IS-Instruments, Ltd.
| Specification |
Details |
| Operating Range |
400–4600 cm-1 |
| Spectral Resolution |
~8 cm-1 |
| Fiber Coupling |
50 μm fiber coupled |
| Input Aperture/ Interface |
50 μm fiber input, NA 0.12 |
| Detector |
Andor iVac 316 CCD |
| Detector Resolution |
256 x 2000 pixels |
| Pixel Size |
15 μm |
| Mass |
Approximately 4 kg |
Supported Techniques:
- Transmission Raman spectroscopy
- Raman spectroscopy
- Reflectance spectroscopy
- Emission spectroscopy
- Fluorescence spectroscopy
Example Application Areas:
- Research and laboratory spectroscopy
- Industrial process analysis
- Research and development environments
- Gas analysis and monitoring