StellarElite™ High Performance Spectrometers

StellarNet is proud to offer StellarElite™, our new elite line of high performance spectrometer systems. StellarElite Systems offer up to 10x optical gain, ultra sensitive detectors, and options for auto-mapping microscopy and particle analysis! StellarElite offers high performance at an affordable price and are considered a tier above StellarNet’s famous BLUE-Wave and BLACK-Comet. New spectrometers in our elite line are the Quasar, HYPER-Nova, and Quasar-UltraCool. Stay tuned for more new spectroscopy systems coming soon. The HYPER-Nova is one of our first StellarElite spectrometers and offers high performance spectroscopy in a compact form factor. The StellarSCOPE™ includes Auto-Mapping Microscopy integrated into StellarPro Software for Raman and other spectroscopic techniques. The Quas ar Spectrometer comes with our new high throughput f/2 optical design for Raman spectroscopy with increased photon collection over 10x! This translates into taking spectroscopic measurements 10x faster, reducing noise, and increasing detection limits astronomically. We are proud to announce the release of the StellarSCOPE™ AM/PA Raman Particle Analyzer . This all-in-one platform automates particle analysis with high-resolution imaging, morphology, and Raman spectroscopy for speed and accuracy. Quasar-UltraCool spectrometers are the newest member to our StellarElite line and combine our high throughput Quasar optics for 10x optical gain with Low Dark Current (LDC) detector technology to provide one of the best performance on the market! StellarElite Pre-configured Systems Pre-configured StellarElite™ spectrometer systems are top-of-the-line for your most demanding spectroscopy applications. 10x optical gain and ultra sensitive detectors equate to improved system accuracy, repeatability, and detection capabilities. If you need 2D spectroscopy mapping, add our new StellarSCOPE-AM to any system for unrivaled price performance. Our preconfigured HYPER-Nova with broadband spectral range and deep cooling offers the highest performance when it comes to display measurement. Systems are calibrated for radiance and offer the lowest light detection capability with Low Dark Current (LDC) Technology. Great low illumination detection for backlit displays and even for astronomical and dark sky applications! New StellarElite Dual Wavelength 532/785 Raman configuration includes our Quasar-UltraCool spectrometers with 10x optical gain and StellarSCOPE Auto-Mapping system for high-end research applications. Our preconfigured HYPER-Nova with broadband spectral range and deep cooling offers the highest performance when it comes to LED measurement. Systems are calibrated for radiant flux and offer the lowest light detection, accuracy, and repeatability possible with Low Dark Current (LDC) Technology. Great LED research and light color analysis. Our preconfigured HYPER-Nova for fluorescence spectroscopy offers the highest performance when it comes to low light detection. Research fluorescence with long exposures and high resolutions are now possible with our new StellarElite pre-configured systems. Research Colorimetry at its finest. High-end repeatability and color accuracy is available in our StellarElite preconfigured Color Measurement system. CIELab with dE color matching is available with StellarPro Spectroscopy Software. Couple with our StellarSCOPE-AM for automated spectroscopic color mapping. Our preconfigured HYPER-Nova for chemical absorption with deep cooling offers the lowest detection capability and repeatability with Low Dark Current (LDC) detector technology. Technical Information Request Name This field is for validation purposes and should be left unchanged. Name * Company / University Name Email * Phone Tell us about your application CAPTCHA Name This field is for validation purposes and should be left unchanged. Company / University Name Tell us about your application Horizontally Aligned Dipole Emission through Solvent Controlled Fusing of Perovskite Nanocubes and Nanoplates into 1D Nanowires G. G. Muley; Y. S. Tamgadge; P. P. Gedam; R. P. Ganorkar Abstract We report improved thermally stimulated third-order nonlinear optical coefficients (nonlinear refraction and nonlinear absorption) in thin films of Zn-doped CuS quantum dots (QDs) dispersed in a poly...