Ocean FX Spectrometer

Description

The Ocean FX Spectrometer stands out as a high-performance, modular spectrometer engineered for demanding, high-speed applications. Designed to deliver exceptional acquisition speeds of up to 4,500 scans per second, this device is tailored for environments where rapid data collection and processing are critical. Its advanced onboard processing capabilities not only enhance signal-to-noise ratio (SNR) but also significantly reduce data transfer times, making it ideal for real-time quality control, fast event measurement, and process monitoring.

Covering a broad spectral range from 200 to 1100 nm, the Ocean FX offers excellent sensitivity across the ultraviolet (UV), visible, and near-infrared (NIR) regions. This wide responsiveness makes it suitable for a variety of applications, including biomedical analysis, UV gas detection, and high-intensity plasma measurement. The spectrometer’s configurable optical resolution and multiple entrance slit options allow users to tailor the system to their specific measurement needs, ensuring optimal performance in both laboratory and industrial settings.

The Ocean FX is equipped with a high-speed CMOS detector and a deep onboard buffer capable of storing up to 50,000 spectra. This ensures that no critical data is lost during rapid measurements, such as those required in reaction kinetics, enzyme studies, and transient event analysis. Onboard averaging further boosts SNR and streamlines cumulative data handling, providing faster and more reliable results for applications like food sorting, laser characterization, and production line testing.

Robust and versatile communication options, including USB, Gigabit Ethernet, Wi-Fi, and RS-232, enable seamless integration into a variety of setups, from remote monitoring stations to portable field instruments and OEM systems. The modular design of the Ocean FX allows it to be sourced and configured at the component, subsystem, or system level, offering flexibility for both end-users and system integrators. With its combination of speed, sensitivity, and connectivity, the Ocean FX Spectrometer is a powerful solution for researchers and engineers seeking reliable, high-throughput spectral analysis.

Specifications

Wavelength Range (reflectance):	200 – 1100 nm
Resolution:	0.8 nm
Integration Time:	10 us - 10 s
Optical Resolution (w/25 µm Slit):	1.5 nm
Signal To Noise Ratio (single Scan @ 10 Ms):	290:1
Dynamic Range (single Scan):	5000:1
Stray Light:	1.9 AU
Scan Rate:	4500 Hz
Thermal Stability:	0.11 pixel/°C
A/D Resolution:	16-bit
Temperature (operation):	0 °C to 50 °C
Temperature (storage):	-30 °C to 70 °C
Interfaces:	USB, RS-232,Gigabit Ethernet, WiFi
Connector:	SMA 905 or Fiber Connector
Dimensions:	88.9 × 63.5 × 52.4 mm
Weight:	0.4 kg
High Speed Averaging Mode:	No

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Features

Ultra-Fast Acquisition Speed: Capture up to 4,500 scans per second, ideal for high-speed process applications such as QC sorting, flicker measurement in lighting, and reaction monitoring.
Wide Spectral Range: Configurable spectral coverage from 200-1100 nm, with excellent sensitivity in both the UV and NIR regions for versatile application needs.
High Signal-to-Noise Ratio (SNR): Achieve SNR of 290:1 (single scan) and dynamic range of 5000:1, ensuring precise and reliable measurements even in challenging conditions.
Onboard Processing & Buffering: Built-in processing allows averaging of up to 5,000 spectra and buffering of up to 50,000 spectra, reducing data transfer times and preventing data loss during fast events.
Flexible Integration Times: Adjustable integration time from 10 µs to 10 seconds, supporting both rapid and long-exposure measurements.
Superior Thermal Stability: Maintains accuracy with thermal stability of 0.11 pixels/°C, minimizing drift during extended operation.
Multiple Communication Options: Robust connectivity via USB, Gigabit Ethernet, Wi-Fi, and RS-232 for seamless integration into laboratory, industrial, and remote monitoring environments.
Modular & Customizable Design: Available at component, subsystem, or system level with configurable entrance slit widths (5, 10, 25, 50, 100, or 200 µm) and input fiber connectors (SMA 905 or FC) to suit diverse application requirements.
CMOS Detector Technology: Advanced CMOS detector enables fast, high-sensitivity measurements with low noise, suitable for biomedical, chemical, and industrial applications.
Ideal for Fast Event Measurement: Perfect for capturing transient events, laser characterization, high-intensity plasma measurement, and chemical kinetics studies.

Applications

Quality Control (QC) Sorting in Manufacturing
Rapidly sort and inspect products on high-speed production lines, ensuring consistent quality and reducing defective output.
Measurement of Fast Events and Flicker in Lighting
Accurately capture and analyze transient phenomena such as flicker in LEDs, fluorescent lamps, and other lighting sources.
Reaction Monitoring in Chemical and Pharmaceutical Processes
Track fast chemical reactions, enzyme kinetics, and drug development processes in real time for research and industrial applications.
Biomedical Analysis
Perform DNA absorbance measurements, protein quantification, and other UV-Vis-NIR spectroscopic analyses in life sciences and medical diagnostics.
Food Sorting and Processing
Enable rapid, non-destructive analysis of food products for quality, safety, and sorting based on spectral signatures.
Laser Characterization
Analyze laser output, wavelength stability, and spectral properties for research, manufacturing, and quality assurance.
High-Intensity Plasma Measurement
Monitor and characterize plasma emissions in industrial, laboratory, and semiconductor applications.
UV Gas Analysis
Detect and quantify gases using UV absorption spectroscopy for environmental monitoring and industrial safety.
Remote and Portable Instrumentation
Deploy in field-based or remote sensing applications using robust communications (USB, Ethernet, Wi-Fi) for real-time data acquisition.
OEM Product Development
Integrate as a modular spectrometer component or subsystem in custom analytical instruments and process control systems.
Transient Event Measurements
Capture and analyze short-lived or rapidly changing spectral events in physics, chemistry, and engineering research.
Process Monitoring and Control
Implement in industrial environments for continuous, high-speed monitoring of production processes and material properties.
Environmental Monitoring
Use for air and water quality analysis, pollutant detection, and monitoring of environmental changes with high temporal resolution.
Educational and Research Laboratories
Support advanced spectroscopy experiments and demonstrations requiring fast data acquisition and high sensitivity.

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Ships from:: United States
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Frequently Asked Questions

What is the Ocean FX spectrometer and what are its key features?

The Ocean FX is a high-speed, high-sensitivity modular spectrometer designed for rapid spectral data acquisition and robust communication. Key features include a configurable spectral range of 200-1100 nm, scan rates up to 4,500 scans per second, onboard processing with buffer depth up to 50,000 spectra, multiple communication options (USB, Gigabit Ethernet, Wi-Fi, RS-232), and excellent signal-to-noise and dynamic range. It is ideal for applications requiring fast, reliable spectral measurements.

What applications is the Ocean FX spectrometer best suited for?

The Ocean FX spectrometer is ideal for high-speed process applications such as quality control (QC) sorting, measurement of fast events and flicker in lighting, reaction monitoring, food sorting and processing, laser characterization, high-intensity plasma measurement, chemical and reaction kinetics, biomedical analysis (e.g., DNA absorbance), and remote or portable instrumentation.

How fast can the Ocean FX spectrometer acquire and process data?

The Ocean FX spectrometer can acquire data at rates up to 4,500 scans per second, depending on system configuration and computer performance. Its onboard processing allows for averaging up to 5,000 spectra and buffering up to 50,000 spectra, ensuring no data is lost during high-speed measurements.

What communication interfaces does the Ocean FX spectrometer support?

The Ocean FX spectrometer supports multiple robust communication interfaces, including USB, Gigabit Ethernet, Wi-Fi, and RS-232. This versatility makes it suitable for both remote monitoring and integration into OEM or process control systems.

How configurable is the Ocean FX spectrometer for different measurement needs?

The Ocean FX is highly modular and configurable. Users can select the spectral range (within 200-1100 nm), optical resolution (based on grating and slit choice), entrance slit width (5, 10, 25, 50, 100, or 200 µm), and input fiber connector type (SMA 905 or FC), allowing customization for specific applications and performance requirements.

What advantages does onboard processing provide in the Ocean FX spectrometer?

Onboard processing in the Ocean FX spectrometer enables real-time averaging (up to 5,000 spectra), improved signal-to-noise ratio (SNR), reduced cumulative data transfer times, and buffering of up to 50,000 spectra. This ensures fast, reliable data acquisition and minimizes the risk of missing transient events during measurements.

How does the Ocean FX spectrometer compare to similar products on the market?

Compared to similar modular spectrometers, the Ocean FX stands out for its combination of ultra-fast scan rates (up to 4,500 scans/sec), large onboard buffer, versatile communication options, and broad configurable spectral range. These features make it particularly suitable for demanding, high-throughput industrial and research applications where speed, reliability, and flexibility are essential.

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