Raman spectroscopy systems combine a Raman spectrometer, laser excitation source, sampling probe, optics, and software into a complete analytical solution for rapid material identification and chemical characterization. By measuring unique molecular fingerprints, Raman systems enable non-destructive analysis of solids, powders, liquids, tablets, polymers, chemicals, and pharmaceutical materials with minimal sample preparation.
StellarNet Raman spectroscopy systems are designed for laboratory research, quality control, process monitoring, raw material verification, and advanced materials characterization. Available with 532nm, 785nm, and 1064nm excitation wavelengths, our systems provide flexible solutions for applications ranging from pharmaceutical analysis and polymer identification to microplastics research, chemical analysis, and industrial quality assurance.
Whether you are identifying unknown materials, verifying incoming raw ingredients, monitoring manufacturing processes, or developing new products, StellarNet Raman systems deliver reliable spectral data through integrated hardware and software designed for accurate and repeatable measurements.
Explore our Raman spectroscopy systems below to compare laser wavelengths, sampling configurations, and application-specific solutions for research, quality control, and industrial analysis.
Preconfigured Raman-785 Vial System
The Preconfigured low cost 785nm Raman Spectrometer system contains everything you need for Raman Spectroscopy at 785nm and can perform quick identification of a variety of liquid, solid, or powder samples. The System comes with a Ramulaser-Vial Raman laser with adjustable power from 0-499mW with an integrated vial holder and Raman collection optics and the Raman-HR-TEC-785 thermo electrically cooled Raman spectrometer for high resolution and high sensitivity. A set of 25 Raman Vials and Raman safety goggles are also included.
Preconfigured Raman-785 System
The Preconfigured 785nm Raman Spectrometer System contains everything you need for Raman Spectroscopy at 785nm and can perform quick identification of a variety of liquid, solid, or powder samples. The System comes with a Ramulaser-785 Raman laser with adjustable power from 0-499mW, the Raman-HR-TEC thermo electrically cooled Raman spectrometer for high resolution and high sensitivity, and a Raman probe and RPH4 probe holder with sample vial chamber. Preconfigured system also comes with a set 25 Raman Vials, SER-30 package of SERS substrates and Raman safety goggles.
Preconfigured Raman 532nm System
The Preconfigured 532nm Raman Spectrometer System contains everything you need for Raman Spectroscopy at 532nm and can perform quick identification of a variety of liquid, solid, or powder samples. The System comes with a Laboratory Raman laser (Lab-LS-532) with 100mW output power, the Raman-HR-TEC-532 thermo electrically cooled Raman spectrometer for high resolution and high sensitivity, and a Raman probe. System also comes with a 25 pack of Raman Vials and safety goggles.
Preconfigured Raman-1064 System
The Preconfigured 1064nm Raman Spectrometer System contains everything you need for Raman Spectroscopy at 1064nm and can perform quick identification of a variety of liquid, solid, or powder samples. The System comes with a Ramulaser-1064 Raman laser with adjustable power from 0-499mW, the Raman-HR-TEC-1064 (1024 pixel) thermo electrically cooled Raman spectrometer for high resolution and high sensitivity, and a Raman probe. System also comes with a 25 pack of Raman Vials and safety goggles.
StellarCASE-Raman Analyzer
StellarCASE-Raman portable Raman case system includes a Ramulaser™ 785nm Raman laser with adjustable power knob. Standard systems are equipped with a TE cooled Raman spectrometer for a detection range of 200-2750cm-1 with options for other ranges or configurations. Standard systems are equipped with an 8 hour battery life for field use and portable application and SpectraWiz ID comes pre-installed on the system’s tablet computer for molecular ID and Library Search.
StellarRAM Handheld Raman Analyzer
StellarRAM Raman Analyzer is a handheld and user friendly Raman system for both technical & non-technical users to make identifying substances & collecting Raman spectra simple. The system includes an integrated 785nm red laser, spectrometer, and touch screen interface. Software is “App Style” and includes libraries for chemical identification, explosives, narcotics, food additives, and much more.
High-Performance Raman Spectroscopy Systems
For advanced research, materials characterization, and demanding analytical applications, StellarNet offers a range of high-performance Raman spectroscopy systems designed to deliver exceptional sensitivity, spectral resolution, and measurement flexibility. Solutions include the StellarElite™ Quasar and Hyper-Nova Raman systems, high-performance StellarElite™ Raman laser sources, and the StellarScope™ AM/PM Raman Microscope and Particle Analyzer.
Available with multiple laser excitation wavelengths, these systems support applications ranging from pharmaceutical analysis and polymer identification to microplastics characterization, semiconductor research, nanomaterials, and advanced materials science. Integrated hardware, software, and sampling options provide researchers and quality control professionals with powerful tools for rapid, non-destructive chemical analysis and molecular identification.
Raman Microscopes, Probes, Accessories, Libraries, & Software
Expand the capabilities of your Raman spectroscopy system with StellarNet’s comprehensive selection of Raman microscopes, probes, accessories, spectral libraries, and software solutions. Featuring the StellarScope™ AM/PM Raman Microscope and Particle Analyzer, advanced fiber-optic sampling probes, and powerful spectral identification software, these tools support applications ranging from microplastics analysis and particle characterization to pharmaceutical research, materials science, and quality control. Integrated hardware and software solutions provide efficient data collection, automated analysis, spectral matching, and confident material identification.
Raman Microscope Upgrade
Research Microscope with 4, 10, & 40x objectives providing <50um spot sizes
Modular & Compatible with 532, 785, 830, & 1064nm spectrometers and lasers
Multi-Wavelength Systems 532nm +785nm available for complete research system
Hi-Res Images via CMOS 1.3 Mpixel Camera and optical switch
Surfaced Enhanced Raman Substrates (SERS)
Flexible & Quick sample application in the form of pipetting, dipping, or swab. There is no required sample drying and detection can be made in seconds!
Excellent Shelf-life SERS provides a dependable and guaranteed level of enhancement without special storage conditions.
Low sample cost due to its unique nanostructure deposition process.
Raman Probes & Probe Holders
Many Wavelengths Available such as 532, 633, 785, & 1064nm are standard “in stock” options. Custom wavelengths are usually no problem.
Easily Connectable – Connects to Raman Laser sources and Raman spectrometer detectors.
High throughput collection – Collection optical fiber to the spectrometer is 600um core diameter providing 2-3x signal enhancement compared to typical probes.
Raman Libraries & Spectral-ID Matching Software
Forensic Raman Library – includes over 200 narcotics, explosives, and chemical precursors. more info
SpectraWiz ID – included software with save search functionality allows users to save sample spectra to a specified library, then later perform a real time search using unknown samples to look for matches. The powerful SpectraWiz-ID software has a series of processing algorithms to compensate spectral baseline offsets and minimize effects due to off-axis scattering and fluorescence.
Spectroscopy Pro-tools and many other software packages available for advanced features such as interactive multi-spectrum plots, tons of options for spectral processing and display
Compatible with many other databases using simple text files.
Easy to use with many other features built in
Dual & Multi-Wavelength Raman Microscope Systems
The StellarElite™ Multi-Wavelength Raman Microscope gives researchers the flexibility to perform Raman spectroscopy at 532, 785, and 1064 nm within a single advanced research platform. Dual-wavelength systems can be configured for 532/785 nm, 785/1064 nm, or other application-specific combinations, allowing researchers to select the optimal excitation wavelength for different samples rather than being limited by a single laser.
Each wavelength offers a distinct advantage. 532 nm provides high Raman scattering efficiency for strong signals and advanced materials research. 785 nm offers an excellent balance of Raman sensitivity and reduced fluorescence for general-purpose Raman analysis. 1064 nm provides the greatest fluorescence suppression for challenging materials such as colored polymers, dyes, oils, biological samples, and other highly fluorescent compounds.
StellarElite systems can integrate high-throughput Quasar Raman spectrometers with 10x optical gain, dedicated Raman lasers and optics, and the StellarSCOPE™ Auto-Mapping microscope for automated XY chemical mapping and microscopic Raman analysis. StellarPro™ software provides integrated spectrometer, laser, mapping, and measurement control.
One Raman Platform. More Samples. Fewer Compromises.
Instead of choosing one excitation wavelength for the entire laboratory, StellarElite Multi-Wavelength Raman systems allow researchers to optimize Raman signal strength, fluorescence suppression, sample penetration, and measurement conditions for the sample being analyzed.
Available excitation wavelengths: 532 nm • 785 nm • 1064 nm
Dual-wavelength configurations: 532/785 nm • 785/1064 nm • Custom configurations available
Ideal for advanced materials, graphene and carbon materials, polymers and microplastics, pharmaceuticals, biological materials, semiconductors, minerals, chemical identification, and Raman mapping.
StellarSCOPE™ AM/PA Raman Particle Analyzer
Automated Morphological Analysis + Raman Chemical Identification
The StellarSCOPE™ AM/PA Raman Particle Analyzer combines automated optical microscopy, quantitative particle morphology, precision XY positioning, and Raman spectroscopy to characterize and chemically identify individual microscopic particles.
Particle Wizard™ automatically scans and stitches high-resolution images across a defined region of interest, detects and segments particles, and measures morphological properties including particle size, area, perimeter, circularity, aspect ratio, eccentricity, solidity, and spatial position. Detected particles are indexed by their calibrated XY coordinates, allowing the automated microscope stage to precisely position selected particles beneath the Raman excitation spot for molecular fingerprinting.
Raman spectra can be acquired from individual particles or automatically across an entire detected particle population. Integrated Spectral ID™ software compares each Raman spectrum against reference libraries using AI/ML-based classification to assign chemical identity and confidence scoring. The result is a correlated dataset connecting particle morphology, location, Raman spectrum, and chemical classification for every analyzed particle.
With particle detection down to approximately 1 µm depending on optics and magnification, submicron stage step resolution, automated Raman targeting, statistical particle distributions, and comprehensive reporting, the StellarSCOPE AM/PA transforms conventional Raman microscopy into a powerful automated particle characterization platform.
Ideal for microplastics, semiconductor contamination, pharmaceutical particles, foreign material analysis, environmental samples, polymers, food and packaging contamination, forensic analysis, and advanced materials research.
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