About Ocean Insight is the Applied Spectral Knowledge company. We use spectral technology, application expertise, and manufacturing scalability to help customers take on important challenges for a safer, cleaner, healthier future.
Insights at Every Level
For more than 25 years we have discovered, refined and delivered new approaches to solving problems with spectroscopy and imaging technologies.
We collaborate with science, research and industry customers to achieve ambitious goals, leveraging the power of light for advancement in health, safety and the environment.
Combining the compact Flame optical bench with an uncooled InGaAs detector, the Flame-NIR opens a new frontier in NIR spectroscopy. Without thermoelectric cooling, the Flame-NIRs power consumption needs are ultra-low, making it attractive for integration into handheld and portable systems.
The Flame-NIR offers all the advantages of the Flame product line, including interchangeable slits and low unit to unit variability. The Flame-NIR is an ideal choice for applications including moisture measurement, grain and feed quality, measurement of fats and oils, and pharmaceutical ingredients blending.
Overview
FLAME-CHEM spectrometers are fully integrated UV-Vis and Vis-NIR systems for measuring absorbance and transmission of liquid samples in cuvettes. FLAME-CHEM is a great option for teaching labs and research facilities where users seek the performance and flexibility advantages of the Flame spectrometer in a compact, small footprint instrument.
Each FLAME-CHEM system comprises a preconfigured Flame spectrometer, a direct-attach light source and a cuvette holder for 1 cm pathlength cuvettes. Add OceanView spectroscopy software (purchased separately) to complete your system.
Overview
The Flame-S-RAD is a preconfigured spectrometer for irradiance measurements including LED characterization and upwelling/downwelling. The spectrometer covers the UV-Visible wavelength range (200-850 nm) and includes a cosine corrector to collect signal from 180° field of view.
Overview
Flame series spectrometers deliver all the benefits of miniature, modular spectroscopy — without comprise.
These compact spectrometers integrate performance-enhancing features and are produced using industry-leading manufacturing techniques. Enjoy the benefits of greater thermal stability and lesser unit-to-unit variability, plus the freedom of interchangeable slits, simple device connectors and LED status indicators.
Flame -XR models cover UV through Visible-NIR wavelengths.
Overview
Flame series spectrometers deliver all the benefits of miniature, modular spectroscopy — without comprise.
These compact spectrometers integrate performance-enhancing features and are produced using industry-leading manufacturing techniques. Enjoy the benefits of greater thermal stability and lesser unit-to-unit variability, plus the freedom of interchangeable slits, simple device connectors and LED status indicators.
Overview
Flame series spectrometers deliver all the benefits of miniature, modular spectroscopy — without comprise.
These compact spectrometers integrate performance-enhancing features and are produced using industry-leading manufacturing techniques. Enjoy the benefits of greater thermal stability and lesser unit-to-unit variability, plus the freedom of interchangeable slits, simple device connectors and LED status indicators.
Overview
Flame series spectrometers deliver all the benefits of miniature, modular spectroscopy — without comprise.
These compact spectrometers integrate performance-enhancing features and are produced using industry-leading manufacturing techniques. Enjoy the benefits of greater thermal stability and lesser unit-to-unit variability, plus the freedom of interchangeable slits, simple device connectors and LED status indicators.
Overview
The QE Pro is a high sensitivity spectrometer with low stray light performance. It is ideal for a wide range of low light level applications such as fluorescence, DNA sequencing and Raman analysis. Custom and preconfigured absorbance and fluorescence options are available.
The sensitivity and large dynamic range of the QE Pro combine to make it the highest-performance miniature spectrometer in its class. Absorption, reflectance, fluorescence and Raman measurements all benefit from the superior performance of the QE Pro. For advanced measurements, spectral buffering ensures data integrity at
high collection rates; advanced optoelectronics and thermoelectric cooling combine to provide thermal stability over long-term measurements.
Overview
The QE Pro is a high sensitivity spectrometer with low stray light performance. It is ideal for a wide range of low light level applications such as fluorescence, DNA sequencing and Raman analysis. Custom and preconfigured absorbance and fluorescence options are available.
The sensitivity and large dynamic range of the QE Pro combine to make it the highest-performance miniature spectrometer in its class. Absorption, reflectance, fluorescence and Raman measurements all benefit from the superior performance of the QE Pro. For advanced measurements, spectral buffering ensures data integrity at
high collection rates; advanced optoelectronics and thermoelectric cooling combine to provide thermal stability over long-term measurements.
Overview
Ocean HDX spectrometer uses a robust optical bench design, optimized components and precision engineering to maximize optical resolution, increase throughput, reduce stray light and maintain thermal stability for integrated, industrial and research applications.
HDX has a back-thinned CCD array and High Definition Optics design, with X-Platform Electronics to enhance communication capabilities, plus powerful onboard storage and processing functions. Store up to 50,000 spectra and take advantage of onboard averaging to capture more spectral data in less time. Interface options include USB, Gigabit Ethernet, Wi-Fi, AP Wi-Fi and RS-232.
Overview
Maya2000 Pro spectrometers are a great choice for applications requiring high sensitivity, good UV-NIR response and wide dynamic range. Applications range from low light level fluorescence and Raman measurements to absorbance, transmission and emission analysis of solutions, solids and gases.
Maya2000 Pro spectrometers are available in custom configured (you select the ideal combination of bench components) and preconfigured (we optimize the spectrometer for specific applications) options.
Overview
Maya2000 Pro spectrometers are a great choice for applications requiring high sensitivity, good UV-NIR response and wide dynamic range. Applications range from low light level fluorescence and Raman measurements to absorbance, transmission and emission analysis of solutions, solids and gases.
Maya2000 Pro spectrometers are available in custom configured (you select the ideal combination of bench components) and preconfigured (we optimize the spectrometer for specific applications) options.
Overview
The STS-NIR spectrometer (650-1100 nm) is a versatile choice for applications ranging from low-concentration absorbance measurements to high intensity laser characterization. Its rugged design, compact size and great unit-to-unit reproducibility make STS attractive for integration into other devices and setups where a small footprint is desired.
Overview
The STS-VIS spectrometer (350-800 nm) is a versatile choice for applications ranging from low-concentration absorbance measurements to high intensity laser characterization. Its rugged design, compact size and great unit-to-unit reproducibility make STS attractive for integration into other devices and setups where a small footprint is desired.
Overview
The STS-UV spectrometer (190-650 nm) is a versatile choice for applications ranging from low-concentration absorbance measurements to high intensity laser characterization. Its rugged design, compact size and great unit-to-unit reproducibility make STS attractive for integration into other devices and setups where a small footprint is desired.
Overview
The STS spectrometers for irradiance are radiometrically calibrated microspectrometers with a direct-attach cosine corrector. They have a rugged opto-mechanical design and great unit-to-unit reproducibility, making the STS attractive for integration into high-volume radiometric applications such as LED sorting on a production line.
Overview
WaveGo is ideal for applications that require a simple, yet highly accurate result when characterizing light sources. The app calculates and displays all the essential metrics for quantifying light, and connects the data to a user account via the cloud.
Our WaveGo solution harnesses Ocean Insight technology used in scientific analysis, along with the power of your smartphone to deliver a quick, accurate and intuitive solution for light measurements.
Overview
NanoQuest is based on Fourier transform infrared (FT-IR) technology, which is often favored in laboratory spectrometers because it collects spectral data over a wide range. The sensor’s patented micro-electro-mechanical systems (MEMS) technology allows for a continuous-wave Michelson interferometer to be created monolithically on a MEMS chip. This enables detection of all wavelengths simultaneously, and mitigates the effects of motion on sensor stability.
Each NanoQuest comes with an optical fiber and operating software, and can be coupled to Ocean Insight light sources and accessories to configure systems for absorbance/transmission or reflectance measurements.
Overview
Combining the compact Flame optical bench with an uncooled InGaAs detector, the Flame-NIR opens a new frontier in NIR spectroscopy. Without thermoelectric cooling, the Flame-NIR’s power consumption needs are ultra-low, making it attractive for integration into handheld and portable systems.
The Flame-NIR offers all the advantages of the Flame product line, including interchangeable slits and low unit to unit variability. The Flame-NIR is an ideal choice for applications including moisture measurement, grain and feed quality, measurement of fats and oils, and pharmaceutical ingredients blending.
Overview
The NIRQuest is a versatile NIR spectrometer for applications ranging from moisture detection to laser characterization. NIRQuest spectrometers cover the wavelength range from 900-2500 nm. Custom and preconfigured options are available
Flexibility in the selection of gratings, slits and other components
allows users to customize solutions for specific measurement challenges.
Overview
The NIRQuest is a versatile NIR spectrometer for applications ranging from moisture detection to laser characterization. NIRQuest spectrometers cover the wavelength range from 900-2500 nm. Custom and preconfigured options are available.
Overview
The Ocean FX is a versatile spectrometer with acquisition speed up to 4,500 scans per second, onboard processing for improved SNR and reduced data transfer time, and robust communications via USB, Gigabit Ethernet, RS-232 and Wi-Fi. Ocean FX is an excellent choice for high-speed process applications, measurement of fast events and flicker in lighting, and reaction monitoring.
Ocean FX is available in application-ready, custom-configured and OEM spectrometer configurations. The spectrometer can be integrated into other devices as a component, subassembly or turnkey solution.
Overview
The Ocean FX-UV-VIS (200-850 nm) is a versatile spectrometer with acquisition speed up to 4,500 scans per second, onboard processing for improved SNR and reduced data transfer time, and robust communications via USB, Gigabit Ethernet, RS-232 and Wi-Fi. Ocean FX is an excellent choice for high-speed process applications, measurement of fast events and flicker in lighting, and reaction monitoring.
Ocean FX is available in application-ready, custom and OEM spectrometer configurations. The spectrometer can be integrated into other devices as a component, subassembly or turnkey solution.
Overview
The Ocean FX-VIS-NIR (350-1000 nm) is a versatile spectrometer with acquisition speed up to 4,500 scans per second, onboard processing for improved SNR and reduced data transfer time, and robust communications via USB, Gigabit Ethernet, RS-232 and Wi-Fi. Ocean FX is an excellent choice for high-speed process applications, measurement of fast events and flicker in lighting, and reaction monitoring.
Ocean FX is available in application-ready, custom and OEM spectrometer configurations. The spectrometer can be integrated into other devices as a component, subassembly or turnkey solution.
Overview
The Ocean FX-XR1 is a versatile, extended-range spectrometer (200-1025 nm) with acquisition speed up to 4,500 scans per second, onboard processing for improved SNR and reduced data transfer time, and robust communications via USB, Gigabit Ethernet, RS-232 and Wi-Fi. Ocean FX is an excellent choice for high-speed process applications and measurement of fast events including flicker in lighting.
An enhanced sensitivity version (-ES) of the spectrometer has a detector collection lens for increased light collection efficiency.
Overview
HR series spectrometers are small-footprint, high-resolution spectrometers that are well suited for applications such as wavelength characterization of lasers and LEDs, monitoring of gases and monochromatic light sources, and determination of elemental atomic emission lines. Depending on spectrometer configuration, optical resolution as fine as <0.1 nm (FWHM) is possible.
HR series spectrometers are available with different detectors, in standard and extended-wavelength range options, and with enhanced sensitivity optics for applications like plasma monitoring and solar irradiance.
Overview
HR series spectrometers are small-footprint, high-resolution spectrometers that are well suited for applications such as wavelength characterization of lasers and LEDs, monitoring of gases and monochromatic light sources, and determination of elemental atomic emission lines. Depending on spectrometer configuration, optical resolution as fine as <0.1 nm (FWHM) is possible.
HR series spectrometers are available with different detectors, in standard and extended-wavelength range options, and with enhanced sensitivity optics for applications like plasma monitoring and solar irradiance.
Overview
The QE Pro-Raman product family comprises preconfigured spectrometers for 532 nm, 638 nm or 785 nm Raman excitation.
Designed with gold-coated mirrors and a back-thinned FFT-CCD detector, QE Pro-Raman spectrometers offer a low noise floor even at long integration times. The ability to deliver sharp peaks from weak Raman signals makes QE Pro-Raman spectrometers an excellent choice for Raman analysis of chemicals, pharmaceuticals, illicit drugs, explosives and organic materials.
Overview
Ocean HDX spectrometer uses a robust optical bench design, optimized components and precision engineering to maximize optical resolution, increase throughput, reduce stray light and maintain thermal stability for integrated, industrial and research applications.
HDX has a back-thinned CCD array and High Definition Optics design, with X-Platform Electronics to enhance communication capabilities, plus powerful onboard storage and processing functions. Store up to 50,000 spectra and take advantage of onboard averaging to capture more spectral data in less time. Interface options include USB, Gigabit Ethernet, Wi-Fi, AP Wi-Fi and RS-232.Ocean HDX spectrometer uses a robust optical bench design, optimized components and precision engineering to maximize optical resolution, increase throughput, reduce stray light and maintain thermal stability for integrated, industrial and research applications.
HDX has a back-thinned CCD array and High Definition Optics design, with X-Platform Electronics to enhance communication capabilities, plus powerful onboard storage and processing functions. Store up to 50,000 spectra and take advantage of onboard averaging to capture more spectral data in less time. Interface options include USB, Gigabit Ethernet, Wi-Fi, AP Wi-Fi and RS-232.
Ocean Insight has packaged its robust, small-footprint spectral sensing systems with a versatile illuminated cuvette holder and the ideal combination of accessories and software to help bring the excitement of spectroscopy to STEM labs everywhere. Take advantage of these affordable kits to demonstrate principles of spectroscopy through absorbance, transmission, fluorescence, emission and pH measurements.
Replace outdated lab equipment with reliable, easy to use teaching lab spectrometers. These compact, integrated systems have no moving parts, provide full spectral analysis, and operate in Mac, Linux and Windows.
Overview
FLAME-CHEM spectrometers are fully integrated UV-Vis and Vis-NIR systems for measuring absorbance and transmission of liquid samples in cuvettes. FLAME-CHEM is a great option for teaching labs and research facilities where users seek the performance and flexibility advantages of the Flame spectrometer in a compact, small footprint instrument.
Each FLAME-CHEM system comprises a preconfigured Flame spectrometer, a direct-attach light source and a cuvette holder for 1 cm pathlength cuvettes. Add OceanView spectroscopy software (purchased separately) to complete your system.
Overview
We offer several teaching laboratory kits for your convenience, each comprising a combination of spectrometer and accessories appropriate for chemistry or physics experiments, or both. EDU-PACK Kits are handy, easy to use and durable enough for frequent lab use.
Overview
Modular USB spectrometers are versatile UV-Visible-NIR spectrometers for absorption, transmission, reflectance, emission, color and other applications. Their compact size, robust optoelectronics and scalability make them a good choice for high-volume application needs.
USB spectrometers have a small footprint and connect via free space optics or optical fiber to light sources and sampling accessories to measure liquids, solids and other samples. Spectrometers can be installed directly into process lines for measuring quality characteristics, transported into the field for evaluating crop growth, or deployed in surface waters for monitoring environmental parameters.
Overview
Ocean Insight has packaged its high-performance Ocean HDX spectrometer with a high-power UV LED and accessories for protein concentration measurements. The package provides excellent resolution and enhanced dynamic range in absorbance readings, with minimal stray light.
The Protein Measurement Package comprises an Ocean HDX-UV-VIS (200-800 nm), 280 nm LED with LDC-1 single-channel driver and LED controller, Square One cuvette holder, a 1 cm pathlength quartz cuvette, a pair of 450 µm solarization-resistant optical fibers, and OceanView 2.0 operating software.
Overview
Ocean Insight has packaged its robust, small-footprint spectral sensing systems with a versatile illuminated cuvette holder and the ideal combination of accessories and software to help bring the excitement of spectroscopy to STEM labs everywhere. Take advantage of these affordable kits to demonstrate principles of spectroscopy through absorbance, transmission, fluorescence, emission and pH measurements.
Replace outdated lab equipment with reliable, easy to use teaching lab spectrometers. These compact, integrated systems have no moving parts, provide full spectral analysis, and operate in Mac, Linux and Windows.
Overview
FLAME-CHEM spectrometers are fully integrated UV-Vis and Vis-NIR systems for measuring absorbance and transmission of liquid samples in cuvettes. FLAME-CHEM is a great option for teaching labs and research facilities where users seek the performance and flexibility advantages of the Flame spectrometer in a compact, small footprint instrument.
Each FLAME-CHEM system comprises a preconfigured Flame spectrometer, a direct-attach light source and a cuvette holder for 1 cm pathlength cuvettes. Add OceanView spectroscopy software (purchased separately) to complete your system.
Overview
Take advantage of Ocean Insight application-ready systems – spectrometer, laser, accessories and software – for Raman measurements. These bundles have all the components necessary for probe-based Raman measurements.
Packages are available for Raman excitation wavelengths of 532 nm, 638 nm, 785 nm and 1064 nm. Designed to operate as a system, the components in these packages mate seamlessly to get you started taking Raman spectra more quickly. All bundles come with software and the appropriate laser safety glasses.
Overview
Raman excitation wavelength packages:
Take advantage of Ocean Insight application-ready systems – spectrometer, light source, accessories and software – for absorbance measurements. These bundles have all the components necessary for cuvette-based UV-Visible (200-850 nm) absorbance measurements.
Whether you're an educator looking for an instrument to teach students basic principles of spectroscopy or a research lab making routine lab measurements, Ocean Insight absorbance measurement packages deliver the features, performance and convenience you need.
Overview
If you need to measure plasma emission, Ocean Insight plasma measurement packages are convenient, robust and easy to work with. Each bundle comprises a spectrometer, solarization-resistant optical fiber and a cosine corrector with Spectralon diffusing material. OceanView operating software completes the setup.
Plasma measurement packages are ideal for plasma monitoring, solar irradiance, light characterization and other emissive measurements. By monitoring the emission spectrum of a sample plasma, users can determine critical plasma parameters required for controlling plasma-based processes.
Overview
Take advantage of Ocean Insight application-ready systems spectrometer, excitation source, accessories and software for fluorescence measurements. These bundles have all the components necessary for cuvette-based fluorescence measurements.
Each measurement package provides a simple yet effective setup for fluorescence measurements. Choose from a general-purpose or high-sensitivity spectrometer, plus a cuvette holder, 365 nm LED excitation source and large-diameter patch cords. Software completes the package.
Overview
Overview
Take advantage of Ocean Insight application-ready systems spectrometer, light source, accessories and software for NIR reflectance measurements. These bundles have all the components necessary for diffuse reflectance measurements from ~900-1700 nm.
NIR measurement packages are a convenient option for applications such as moisture measurement in grains, composition of fats and edible oils, and pharmaceutical ingredients blending.
Overview
Whether you are studying a sample that has multiple features in different areas or you analyze a variety of different samples in your lab, the use of a light source that covers a wide spectral range is useful.
Combination deteurium-tungsten halogen light sources fit the bill. From measuring organics and small molecules to the near-IR absorption of plastics and polymers, a combination light source allows you to extend the capabilities of your measurement. Using a combination of two lamps or a single lamp that has a wide spectral output, the entire UV-Visible-NIR range can be explored.
Overview
Xenon light sources offer very high intensity in the UV and are useful for absorbance, fluorescence or reflectance measurements. Pulsed xenon sources are high intensity with a lower duty cycle, making them ideal for measurements where high intensity UV light can damage the sample.
Standard and high power output options are available.
Ocean Insight xenon sources have an SMA 905 output connector and seamlessly integrate with our fiber optic spectrometers and accessories, including optical fibers, cuvette holders, probes and other sampling optics.
Overview
ecoVis is a compact, low-voltage Visible-NIR light source (400-2500 nm) with built-in cuvette holder that’s great for basic lab measurements in teaching labs and other research environments. Its rugged, solid alloy housing helps to dissipate heat and in-line fiber ports allow for absorbance and fluorescence measurements.
ecoVis has a 1 cm pathlength cuvette holder with a chromium-plated reflective insert that increases the output for fluorescence, can be adjusted through 90° to block the light path for dark measurements, and holds the cuvette securely in place.
Overview
Ocean Insight offers sturdy, reliable tungsten halogen light sources to meet your application requirements. From high-power to long-lifetime models, our HL-2000 product family provides flexibility for your lab for measurements from 360-2400 nm.
All HL-2000 models have an integrated fan to keep source cool and stable, and a built-in holder that accommodates filters for conditioning the light. Some models include an integrated shutter and long-lifetime bulb. A universal power supply makes setup quick and easy.
Overview
LSM LEDs are available in discrete wavelengths ranging from 265-880 nm and in a warm white option with color temperature of 3689 K. LSM LEDs accommodate multiple mounting options and are supplied with a rugged plastic case.
Kit versions (the controller plus selected wavelength units) cover UV (265, 280, 310, 365 nm) and Visible (405, 470, 533, 635 nm) wavelengths, or can be purchased with a mix of wavelength models (280, 365, 470 nm and 3689K warm white). A kit with all wavelengths is also available.
Overview
LSM series LEDs are available for fluorescence excitation and measurements requiring narrowband or broadband illumination. Our broadband option is a warm white LED with color temperature of 3689K.
LSM LEDs accommodate multiple mounting options (DIN rail, optical bench, rack) and are supplied with a rugged plastic case for carrying multiple LEDs and accessories.
The LDC-1 single channel driver/controller is required for LED operation.
Overview
LSM series LED light sources are ideal for fluorescence excitation and other measurements requiring narrowband illumination. The innovative optical design of the LSM LED family provides highly efficient coupling into an optical fiber, ensuring high power for fluorescence excitation where every photon counts.
LSM LEDs are available in discrete wavelengths ranging from 265-880 nm and in a warm white option with color temperature of 3689 K. LSM LEDs accommodate multiple mounting options (DIN rail, optical bench, rack) and are supplied with a rugged plastic case for carrying multiple LEDs and accessories.
The LDC-1 single channel driver/controller is required for LED operation.
Overview
LSM series LED light sources are ideal for fluorescence excitation and other measurements requiring narrowband illumination. The innovative optical design of the LSM LED family provides highly efficient coupling into an optical fiber, ensuring high power for fluorescence excitation where every photon counts.
LSM LEDs are available in discrete wavelengths ranging from 265-880 nm and in a warm white option with color temperature of 3689 K. LSM LEDs accommodate multiple mounting options (DIN rail, optical bench, rack) and are supplied with a rugged plastic case for carrying multiple LEDs and accessories.
The LDC-1 single channel driver/controller is required for LED operation.
Overview
LSM series LED light sources are ideal for fluorescence excitation and other measurements requiring narrowband illumination. The innovative optical design of the LSM LED family provides highly efficient coupling into an optical fiber, ensuring high power for fluorescence excitation where every photon counts.
LSM LEDs are available in discrete wavelengths ranging from 265-880 nm and in a warm white option with color temperature of 3689 K. LSM LEDs accommodate multiple mounting options (DIN rail, optical bench, rack) and are supplied with a rugged plastic case for carrying multiple LEDs and accessories.
The LSM LEDs are controlled by the LDC-1 single channel driver and controller. This controller is required for LED operation.
Overview
LSM LEDs operate via the LDC-1 single-channel driver and controller, which enable basic programming. Proprietary electronics provide stable, high-current operation in continuous, pulsed and modulation modes. The LDC-1 enables LED control from an external source, such as a function generator or a trigger signal from a spectrometer or other electronic device.
In the LSM LED internal modulation mode, users can select continuous sine, triangle or square waveforms, and optimize LED frequency. These functions are useful for applications such as quality analysis and testing of commercial phosphors.
Overview
Ocean Insight offers high power lasers for Raman excitation wavelengths of 532, 638, 785 and 1064 nm. These multimode diode lasers produce narrow spectral lines, have integrated laser drivers, and are thermoelectrically cooled for optimum performance.
The 1064 nm Raman excitation wavelength generates minimal fluorescence. Although the Raman signal is much weaker (6% of what would be predicted for 532 nm), the near-absence of fluorescence permits spectra to be obtained with a reasonable signal to noise ratio.
Overview
Ocean Insight offers high power lasers for Raman excitation wavelengths of 532, 638, 785 and 1064 nm. These multimode diode lasers produce narrow spectral lines, have integrated laser drivers, and are thermoelectrically cooled for optimum performance.
The most popular Raman excitation wavelength is 785 nm. Raman 785 nm systems yield excellent quality Raman spectra for most chemicals, with limited interference from fluorescence. These systems also offer very good spectral resolution, making 785 nm Raman excitation an excellent choice for measurement of chemicals and organic materials.
Overview
Ocean Insight offers high power lasers for Raman excitation wavelengths of 532, 638, 785 and 1064 nm. These multimode diode lasers produce narrow spectral lines, have integrated laser drivers, and are thermoelectrically cooled for optimum performance.
Raman spectroscopy at 638 nm excitation effectively balances signal level with fluorescence and offers very good resolution. Also, 638 nm is a versatile wavelength for generating high-quality SERS data for a wide range of analytes.
Overview
Ocean Insight offers high power lasers for Raman excitation wavelengths of 532, 638, 785 and 1064 nm. These multimode diode lasers produce narrow spectral lines, have integrated laser drivers, and are thermoelectrically cooled for optimum performance.
The 532 nm wavelength option is a workhorse for inorganic materials, offering maximum signal for samples that do not suffer from autofluorescence. Also, 532 nm is useful for Raman resonance experiments and for the study of carbon materials including carbon nanotubes and fullerenes.
Overview
Spectrometer wavelength calibration sources are available for convenient, reliable spectrometer calibration across UV-NIR wavelengths.
Options include mercury-argon (253-1700 nm), krypton (427-893 nm), neon (540-754 nm), argon (696-1704 nm) and xenon (916-1984 nm) gas-discharge emission sources. With multiple wavelength options and emission lines to utilize, users can more readily choose a source, or combination of sources, to match analytical wavelengths of interest within the measurement range.
Overview
Radiometrically calibrated light sources from Ocean Insight are used to calibrate the absolute spectral response of a spectrometer system. Using these light sources and our software, you can determine absolute intensity values across UV, Visible and NIR wavelengths.
Radiometrically calibrated light sources are carefully characterized to deliver a known quantity of light with very low uncertainty. Each source is measured to NIST-traceable standards, creating an unbroken chain of traceability and providing you with the highest quality and most reliable data.
Overview