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Ocean insight Spectrometer
Ocean Optics customers choose our spectrometers and accessories for their spectroscopy applications. Everyday scientists and researchers, manufacturers, farmers, food and beverage producers and medical professionals use the power of spectroscopy to fuel their analysis. From protein analysis to semiconductor processing and solar energy research, Ocean Optics provides the technology and spectroscopy applications know-how to help you solve measurement challenges. We collaborate with bold, passionate innovators who believe in the power of spectroscopy to improve the quality of life Available from 165 to 1100 nm
A UV/Vis spectroscopy encompasses a broad range of applications including absorbance/transmittance, reflection, irradianace, fluorescence, colour measurements and much much more. These compact Ocean Optics spectrometers are portable, intuitive to use, with a comprehensive range to suit your every need. Use the comparison chart or the interactive product search utility to help get you started today.
VERSATILE
For absorbance, irradiance, reflectance, fluorescence
USB400: Detector: Toshiba TCD1304AP linear, Optical Resolution: ~1.5 nm FWHM, S/N : 300:1
HIGH RESOLUTION
For laser characterization, atomic emission line analysi
HR 400: Detector: Toshiba TCD1304AP linear, Optical Resolution: ~0.02-8.4 nm FWHM, S/N : 300:1
HIGH SENSITIVITY
For low-light level applications including Fluorescence, Raman,DNA sequencingAstronomy & Thin-film
Parameter | Maya2000 | QE65000 |
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Spectral | 200-1100 nm deep UV (<190 nm) | 200-1100 nm |
Range | ||
Detector | Hamamatsu S9840 | Hamamatsu S7031-1006 |
Integrate | 5ms – 20s | 8ms – 1500s |
Time | ||
A/D Con. | 16 bit, 500KHz | 16 bit, 150KHz |
Dynamic Range | Spec 5000:1 | 25000:1 |
Typical 8000:1+ | ||
S/N | 1900-01-13 14:01:00 | 1900-02-09 16:01:00 |
VERSATILE
For NIR applications Agriculture, Chemical analysis, Materials science , 900 -2500nm
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TE Cooled down to -20°C
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Internal shutter option
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Interchangeable entrance slit
Applications
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Absorbance
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Reflectance & Transmittance
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Moisture content
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Polymer sorting
NIRQuest512 (900-1700 nm),
NIRQuest512-1.9 (1100-1900 nm),
NIRQuest512-2.2 (900-2200 nm),
NIRQuest512-2.5 (900-2500 nm),
NIRQuest256-2.1 (900-2050 nm),
NIRQuest256-2.5 (900-2500 nm),
from 900-2500 nm
HDX- HIGH DEFINITION
Keywords
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High resolution
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Low stray light
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High throughput
Techniques
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Absorbance
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Fluorescence
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Emission
Range: | 200-925 nm |
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SNR | 400:1 (at full signal) |
Dynamic range | 12,000:1 for a single acquisition |
Integration time | 6 µs to 10 seconds |
Stray light | >3AU |
Throughput | f/4 cone on detector with 300 μm fiber |
EDUCATION KIT
Experiment Possibilities Absorbance / Emission / Fluorescence / pH Measurement / Color measurement
STS-VIS Microspectrometer Kit
JAS MOBILE
The Jaz spectrometer is a handheld analytical instrument that combines low-power
optical sensing and onboard computing
FAST AQUISITION
Speed up to 4,500 scans per second For UV-Vis helps with food sorting and processing
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biomedical sciences, especially for absorbance measurements requiring enhanced UV sensitivity;
rapid events measurements and security and authenticity
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RAMAN SPECTROSCOPY
RAMAN SPECTROSCOPY
Raman spectroscopy is a powerful technique that provides information about vibrational and rotational transitions
in molecules that can be used for detailed chemical analysis
of solids, powders, liquids, and gases. This fast and non-destructive measurement technique can be applied to a wide range of applications including fundamental research, routine process control and materials identification.
WHAT ARE THE MAIN APPLICATIONS?
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Materials identification
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Nanotechnology
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Mineralogy/geology
FIBER OPTICS & PROBE
SAMPLE HANDELING
Medical applications
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Diagnostics (glucose, biosensors, in vitro clinical, capillary electrophoresis, flow cytometry)
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Optical Biopsy (fluorescence applications, scattering and diffuse reflectance, Raman, FTIR, NIR tissue fluorescence
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Therapeutic (photodynamic, laser applications in dermatology, tissue repair, neurosurgery, etc.)
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Genomics (biochips, DNA sequencing using fluorescence, cell culture analysis, quantum dot as biological labels, SERS)
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Thickness measurement (syringe liner and needle coating)
Process manufacturing
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Color measurement (scanners for packaging screening, color coding for syringe gauge, automotive parts, entertainment lighting)
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Plasma monitoring (on-line control of plasma gasses, end-point detection, vacuum chamber leaks)
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LED measurement (wafer level color and intensity sorting, instrument display, brightness control, color and spectral quality control)
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O2 and pH (on-line water treatment)
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Photovoltaic processes
Environmental
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Atmospheric sciences (fence-line monitoring of primary pollutants, portable air quality analyzers, solar irradiance)
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Water quality (upwelling and downwelling, nitrate/nitrite analysis, chlorophyll fluorescence, pathogen detection, turbidity, oxygen content dye tracing for karst analysis)
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Remote sensing (hyperspectral imaging for crop analysis, mineral detection)
Agriculture
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Color measurement (crop health, fruit ripeness, soil analysis)
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Moisture content (fruits and grains)
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Hyperspectral imaging
Life Science
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Sequencers
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PCR
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Microarrays
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Biosensors
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Nucleic acid and protein analysis
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Capillary electrophoresis
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Bioreactors (O2 and pH)
Lab Instrumentations
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Separation technologies (GC, HPLC, flash chromatography, etc.)
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Atomic spectroscopy (elemental analyzers)
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Materials characterization (particle characterization, petroleum analyzers)
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Lab automation (microplate readers, dissolution testing)
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General spectroscopy (thin film, color, Raman, moisture, transmission/absorbance)
Pharmaceuticals
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Raman systems (inbound quality control and material verification)
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Drug discovery (dissolution systems, micro titer plate readers)
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Process (on-line and at-line absorbance/transmission, material characterization)
Semiconductor
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Plasma monitoring (Deep UV to NIR for deposition control, end point, gas impurity)
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Metrology (thin film thickness reflectometry, ellipsometry)
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Wafer inspection
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Particle size (wafer polish slurry)
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Liquid contamination (cleaning stations, concentration for recycling)
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Photovoltaic
Metrology
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Film thickness (general optical, eye glass coating, reflective and AR coatings)
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Material characterization (laser induced breakdown spectrometry for elemental analysis, Raman, NIR)
Forensics
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Counterfeit detection (fluorescence)
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Materials identification (LIBS, Raman)
Optical elements : transmittance &
reflectance analysis
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Glass
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Polymer plate
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Polymer thin film
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Lens
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Solar panel
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Vacuum coating
Gemological
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Authenticity – Gem Stones
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Materials identification (Raman)
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Materials identification (LIBS)