Wavenumber linear Depth Imaging OCT Spectrometer
Engineered specifically for OCT implementations, the ST830E/ST850E
spectrometer family plays a pivotal role in spectral domain
systems. These instruments establish fundamental parameters that
govern OCT performance metrics, particularly affecting imaging
velocity and the maintenance of signal integrity throughout the
detection range.
Our ST830/850E spectrometers feature a proprietary optical design
that physically implements wavenumber-linear dispersion, allowing
direct equal-spaced sampling without software interpolation. This
hardware-based approach simplifies signal processing by enabling
immediate FFT conversion while boosting SNR performance. The
integration of volume phase holographic grating technology ensures
high diffraction efficiency, achieving 110dB sensitivity in SD-OCT
configurations (7mW, 120kHz) for exceptional in vivo imaging
results.
Technical Parameters:
| ST830E | ST850E |
Detector | Type | CMOS |
Optical parameters | Effective pixels | 2048pixels |
Cell size | 10*200um |
Photosensitive area | 20.52*0.2mm |
Maximum line sweep speed | 130kHz/250kHz |
Wavelength range | Customized in the range of 790-930nm | Customized in the range of 780-940nm |
Optical resolution | 0.07nm | 0.08nm |
Imaging depth | 2.4mm | 2mm |
Optical design | VPH raster & wave ridge linear design |
focal length | 100mm | 120mm |
Incident optical interface | FC/APC fibre optic interface |
Electrical parameters | Data output interface | USB3.0 (max. 130kHz) / Camera Link (max. 250kHz) |
ADC bit depth | 12bit |
Power supply | DC6to 15V |
Operating current | <600mA |
Operating temperature | 0°C~50°C |
Storage temperature | -20°C~60°C |
Operating humidity | < 90% RH (non-condensing) |
Physical parameters | size | 260*180*80mm | 200*100*60mm |
weight | 1.5kg | 1.5kg |
Technical Characteristics:
Deep Imaging: Excellent roll-off performance enables imaging at deeper layers.
Wavenumber Linearity:
- Special optical path design allows for equidistant wavenumber
sampling on the hardware.
- Direct FFT (Fast Fourier Transform) is possible, significantly
reducing data processing complexity.
Fast Processing: The USB3.0 interface allows for a scanning speed of 20-130kHz,
making OEM processes
more efficient and straightforward.
High Signal-to-Noise Ratio, High Resolution: Efficient VPH grating, optical resolution approaching the diffraction
limit.
Typical Applications:
- Industrial OCT Systems: Metal cutting and welding, Laser oscillation etc;
- Medical OCT Systems: Vascular imaging, Anterior chamber of eye etc;
- Other OCT Systems: Detection of uniformity in multilayer coatings etc
Company Introduction:
JINSP Company Limited has won the National Science and Technology
Commission's Scientific and Technological Achievement Appraisal
Certificate and the China Patent Excellence Award, and related
products have been obtained has won authoritative awards such as
the Geneva International Invention Award, the Beijing New
Technology and New Product Certificate, and the "Innovation
Achievement Award" of the Zhu Liangyi Analytical Instrument
Innovation Award.JINSP is a professional leading solution provider
of molecular spectroscopy, particulaly in Roman Spectroscopy for
many years.
Our products mostly include:
--UV VIS NIR fiber optic spectrometers;
--Desktop/portable, online Raman analyzers for laboratory or
indutrial liquid & gas analysis;
--On-site rapid detectors/identifiers based on Raman technology for
drugs, liquid, food safety, explosive & hazardous materials,
pharmaceutical industry etc;
FAQ:
Q1: What is the brand name of this OCT Spectrometer?
A1: The brand name of this OCT Spectrometer is JINSP.
Q2: What is the model number of this OCT Spectrometer?
A2: The model number of this OCT Spectrometer is ST830E.
Q3: Where is this OCT Spectrometer made?
A3: This OCT Spectrometer is made in China.
Q4: What are the payment terms for this OCT Spectrometer?
A4: The payment terms for this OCT Spectrometer are T/T and Western
Union.
