- Measurements in the 200-1150nm wavelength regions
- 15 standard models with options for customized wavelength ranges
- For process, lab, and field applications
- Signal: noise = 1000:1
- High-speed 16-bit electronics for fast data acquisition
- 1x3x5 inch enclosure allows for eXtreme portablity
- New! low power consumption for 2x longer lifetime on tablets/laptops
- Great for OEM applications with SDK included FREE
The StellarNet BLUE-Wave miniature spectrometers are fiber optically coupled instruments with a wide selection of models for measurements in 200-1150nm wavelength ranges.
Various models provide a choice of grating range and slit resolutions. New and improved electronics with a high speed 16-bit digitizer allows for fast data acquisition and a signal to noise of 1000:1!
Ruggedized– The detachable spectrograph assembly and control electronics are protected inside a rugged metal enclosure, suitable for portable, process, lab, and field applications.
Multi-unit connection (up to 8) can be daisy chained together and are able to run simultaneously.
USB Powered – BLUE-Wave miniature spectrometers can be powered directly from your PC USB-2 port. A single strand fiber optic cable or probe assembly delivers input via standard SMA 905 fiber optic connector with a choice of cable lengths. The spectrograph optics are exceptionally robust in a vibration tolerant modular design, with no moving parts.
Onboard Memory with pre-set calibrations and spectrometer settings and snap shot memory to provide instantaneous spectral image from the highly sensitive CCD with 2048.
High Speed Electronic Interface can be attached directly to a computers USB port for high speed data transfer. Options for Wifi/ethernet communication available as well as other interfaces. ContactUs@StellarNet.us for more info.
|BLUE-Wave Models CCD/PDA Detectors – Typical Response Predicted Slit Resolving Resolutions|
|Model||Wavelength Range (nm)||Grating g/mm||Slit-200 nm res.||Slit-100 nm res.||Slit-50 nm res.||Slit-25 nm res.||Slit-14 nm res.|
Deuterium Lamp Spectra Tungsten Halogen Lamp spectrum Grating Efficiency Curve
* StellarNet technical staff is currently updating available web database. Send us an email at ContactUs@StellarNet.us if you want a specific spectrum that hasn’t been posted yet
The SpectraWiz software is included to accurately measure wavelength emissions, reflectance, transmission, absorption,
BLUE-Wave Sample Spectra
The powerful SpectraWiz® spectrometer software is provided free of charge with every spectrometer instrument. This includes drivers and customizable software for Windows. The SpectraWiz software is considered the “Swiss Army Knife of Spectroscopy” and may be used to accurately measure wavelength emissions, reflectance, transmission, absorption, concentrations, and absolute intensities. In addition to real-time spectroscopy, SpectraWiz® has built-in applications for SpectroRadiometry, SpectroColorimetry, ChemWiz chemistry lab concentration analyzer, and UV level monitors.
Above is a detector collection lens (DLENS) which can be added to the detector window in any BLUE-Wave model spectrometer. When used with larger diameter fibers (600um and 1000um) the DLENS can increase the light collecting efficiency by up to 3 times! This detector upgrade is great for low light application such as fluorescence, reflectance, or any application where increased light collection and data acquisition speed are important.
DLENS upgrade =$150
JACK 1-In Trigger
TTL input trigger to enable spectrometer scan $100
UV detector upgrade (UDET) =$158 , UVN detector upgrade=$500
Units may be daisy chained via USB-2 hub allowing simple configurations for dual and multi-beam process applications. 8 BLUE-Wave spectrometers can be operated at once!
BLUE-Wave spectrometers can be configured for a complete spectrum of applications such as SpectroRadiometry (measurements of LEDs, solar, lasers, displays, plasma, etc.), SpectroChemistry (absorbance, reflectance, & low light fluorescence), Optical Metrology, Raman, and much more!
Technical Information Request
Raman spectroscopy is utilized in a variety of ways, ranging from the characterization of protein-nucleic acid interactions1 to analyzing dyes in ancient artwork2. When dealing with sensitive samples, a common issue one runs into is damaging the sample. Laser powers...read more