PEBBLE Ultra Compact OEM Spectrometers
Full Spectrum PEBBLE Ultra Compact Spectrometers
The PEBBLE platform is a series of cost-efficient, pre-configured ultra compact OEM spectrometers that provide:
- Full spectrum
- Tiny footprint
- High optical resolution
- High throughput
- Low stray light
- Robust, athermal design
The ultra compact PEBBLE spectrometer combines small size with high resolution and sensitivity as well as environmental ruggedness and is the ideal OEM solution for all those handheld and portable system applications, where performance cannot be sacrificed to obtain compactness and/or low cost.
Using a diode array spectrometer for fluorescence spectroscopy can provide many benefits over optical filter-based instruments. If you are using more than a few emission filters a diode array spectrometer can be less bulky, less expensive, and easier to use. Furthermore, by obtaining the full spectrum you get the possibility to deconvolute overlapping spectra and perform background and Raman subtraction. The latest CMOS diode arrays are even fast enough that you can perform flow cytometry measurements.
Our spectrometers are well suited as the spectral engine in your analytical instrument for a wealth of applications in:
- Healthcare and life science
- Food and agriculture
- Light measurement
- Semiconductor manufacturing
- Biophotonics and pharmaceuticals
On our application pages, you can find help to identify which of our spectrometer platforms best suits your needs.
Proven diffraction grating technology
PEBBLE is based on the same proven diffraction grating technology used in all other Ibsen spectrometers. This ensures that PEBBLE can be manufactured in high quantities with very small unit-to-unit performance variation. A key benefit of using a transmission grating inside PEBBLE is a high resolution across the full wavelength range. This resolution is one of the best for this size of spectrometer on the market. Furthermore, the pure transmission-based optics inside PEBBLE ensures very good thermal stability.
You can read much more about the benefits of transmission grating-based spectrometers here.