Spectrometers
Spectroscopy is easy and affordable with Vernier spectrometers. We have spectrometers for various applications and budgets and free experiments ready to use or adapt to your own curriculum.
Featured Spectrometer
SpectroVis Plus Spectrophotometer/Fluorometer
The affordable spectrophotometer/fluorometer from Vernier, with improved range, resolution, and support for fluorescence.
- 380-950 nm (VIS-NIR)
- 1 nm between reported values
- ~2.5 nm optical resolution
Ocean Optics™ Powered Spectrophotometers
Vernier VIS-NIR Spectrophotometer
- 380-950 nm (VIS-NIR)
- 2 nm between reported values
- ~3 nm optical resolution
Red Tide VIS-NIR Spectrophotometer
- 380-950 nm (VIS-NIR)
- 1 nm between reported values
- ~2 nm optical resolution
Red Tide UV-VIS Spectrophotometer
- 200-850 nm (UV-VIS)
- 1 nm between reported values
- ~2 nm optical resolution
Spectrometer for Physics
The Ocean Optics Red Tide Emissions Spectrometer is the popular physics choice for emissions experiments.
Compare Spectrometers
| Spectrometer | Fluorescence | Range | Wavelength | Optical Resolution | Price |
|---|---|---|---|---|---|
| SpectroVis Plus | Yes | 380-950 nm (VIS-NIR) | 1 nm between reported values | ~2.5 nm | $459 |
| Vernier Spectrometer | No | 380-950 nm (VIS-NIR) | 2 nm between reported values | ~3 nm | $1,299 |
| Red Tide VIS-NIR Spectrometer | No | 380-950 nm (VIS-NIR) | 1 nm between reported values | ~2 nm | $1,732 |
| Red Tide UV-VIS Spectrometer | No | 200-850 nm (UV-VIS) | 1 nm between reported values | ~2 nm | $2,987 |
Spectroscopy Labs
Download free spectroscopy experiments for your spectrometer! The labs include ready-to-use student instructions and you can adapt them to your curriculum.
Accessories
We sell cuvettes, optical fibers, spectrum tubes, and spectrum tube power supplies for use with Vernier spectrometers.
Reflectance Spectrometer
ALTA® II Reflectance Spectrometer is a rugged, simple classroom instrument, designed to help students learn about light, color, and spectroscopy. Students can easily and rapidly collect data on the proportions of colored light (including infrared) that reflect from real-world objects.