The Oriel IS-Series of Minispectrometers offer significant advantages over traditional minispectrometers. We took our 30+ years of designing and manufacturing spectroscopic instruments, combined with the feedback from you, our customers, and designed a family of instruments that truly addresses the needs of both the Researcher, and the Systems Integrator. We offer models to cover various spectral ranges, in both fiber-coupled and free-space configurations, for high resolution and moderate resolution needs. For applications not requiring the two dimensional area of our InstaSpec™ CCD systems, but needing the versatility and superior resolution not afforded by our integrated minispectrometers, LineSpec™ Spectrometers are a smart alternative. Gratings and slits are interchangeable so you can re-define the usable spectral range and resolution, as your needs change.
Selecting a Miniature Spectrometer
Click Minispectrometers to shop or browse all of our standard models, or select a series below for more information on our products and capabilities.
| Minispectrometers |
Features and Benefits |
 |
Oriel IS Series Minispectrometers |
• NMOS Photodiode detector for superior UV sensitivity
• Various spectral ranges from 190 to 1000 nm
• High resolution models: 0.45 nm
• USB 2.0 communication to PC
• Convenient fiber based systems and versatile free-space systems |
|
Minispectrometers for Laser Characterization |
• Observe the cw breakthrough of mode-locked lasers
• Spectral range from 400 to 1100 nm
• USB 2.0 communication to PC |
| Minispectrometer Accessories |
Features and Benefits |
 |
Fiber Optics for Minispectrometers |
• Solarization resistant and standard UV-VIS and VIS-NIR single fibers
• Core diameters from 200 to 1000 µm |
 |
Filter and Cuvette Holders for Minispectrometers |
• Combination Filter/Cuvette Holder for fiber coupled minispectrometers
• 2 and 4-Port Cuvette Holders for fiber coupled minispectrometers
• Filter Slide for flanged minispectrometers |
 |
Reflection and Fluorescence Probes |
• Solarization resistant models for work below 260 nm
• Simplify reflectance and fluorescence measurements |