The HyperFine series of spectrometers are based on LightMachinery's fluid jet polished technology.  Designed for measuring hyperfine spectra and subtle spectral shifts, the HyperFine spectrometer from LightMachinery is a compact, low cost spectrometer capable of 1 picometer resolution.  

It is ideal for pulsed laser characterization and for measuring the small spectral shifts from Brillouin or Raman scattering.  Simple PC based software allows the user to review spectra in real time and save or export for more analysis.  LabView drivers enable the HyperFine spectrometer to be integrated into automated experimental setups.

Inside the HyperFine spectrometer.jpg

  • Specifications

    Part Number Spectral Region Total range Simultaneous range Resolution Price, US$
    with manual grating rotation without grating rotation
    HF-8989-1 VIS 400 - 500 nm 15 nm 1.0 pm $20,000
    HF-8989-2 VIS 500 - 600 nm 15 nm 1.0 pm $20,000
    HF-8989-2e VIS 525 - 640 nm 15 nm 1.0 pm $20,000
    HF-8989-3 VIS 600 - 700 nm 15 nm 1.0 pm $20,000
    HF-8993-1 UV 270 - 330 nm 25 nm 2.5 pm $38,000
    HF-8995-1 NIR 700 - 900 nm 25 nm 2.0 pm $22,500
    HF-8995-2 NIR 900 - 1100 nm 25 nm 2.0 pm $22,500
    HF-8997-1 SWIR 1500 - 1600 nm 10 nm 1.0 pm $26,000
    HF-8999-532 VIS Fixed for Brillouin measurements 532nm +/- 2 nm 1.0 pm $28,000

    Notes

    • Accuracy: < 2pm following calibration
    • Dynamic Range: >10^6 for the system, 256 in a single measurement
    • Simultaneous range / resolution: >10,000 at 532nm
    • Acquisition speed: >2Hz typical
    • Calibration: external reference source is required
    • * HF-8999-532 is specifically designed for Brillouin scattering and includes a multi-pass etalon for 532nm elastic scattering suppression.
    • Prices listed are FCA LightMachinery.  Please contact your local distributor for prices in your region

    Options

    • Etalon for bright source characterization (lasers), VIPA etalon for high throughput is standard
    • MMF input with a 10um slit, SMF input with no slit is standard
    • Low resolution mode, covers the total range with 0.2nm resolution
    • Camera Options; 
      • CMOS for laser characterization, passive element characterization, Brillouin, Raman and solar spectroscopy
      • CCD for low light applications (non -scanning of Brillouin biological samples)
      • Scientific CMOS for low light applicaiton requiring fast acquisition
      • ICCD for applications requiring gating (LIBS)
      • UV C-MOS with good quantum efficiency down to 260nm
  • Features

    • Simple to use
    • Sub picometer resolution
    • Fiber optic input
    • Quick data acquisition and export
    • Simple USB interface
    • LabView Drivers
    • No moving parts (single shot laser spectrum analysis)

    Benefits

    • Fast
    • Compact
    • Low cost
    • Can resolve hyper fine spectra below 1 picometer
    • Ultra-reliable
    • LightMachinery's legendary customer support
  • Light sources characterization

    • Lasers of all types
    • Single shot pulsed laser spectrum 
    • Super luminescent diodes
    • Gas discharge lamps, etc

    Spectroscopy

    • Plasma spectroscopy
    • High-precision gas spectroscopy
    • Brillouin or Raman spectroscopy
    • Femtosecond comb fingerprinting spectroscopy
    • Spectral-domain optical coherence tomography, etc
    • Solar spectroscopy
    • Astronomical spectroscopy
    • Ultra low frequency Raman
    • Undergraduate physics and chemistry laboratories
      • Zeman splitting
      • Hyperfine magnetic structure of elements
      • Hydrogen structure
      • Doppler shift of Fraunhofer lines due to sun rotation

    Passive components characterization

    • Notch filters
    • Etalons
    • Fiber Bragg gratings, etc
  • How Does it Work?

    Inside the HyperFine spectrometer.jpg

    Light enters the HyperFine Spectrometer though a fiber.   A VIPA etalon, manufactured using LightMachinery's proprietary fluid jet polishing technology,  is used to produce very high dispersion in the vertical axis with sub picometer resolution.  This is followed by a conventional grating to disperse overlapping orders in the horizontal direction and produce a 2D spectrum of the input light.  LightMachinery software unwraps the spectrum to produce an ultra high resolution wavelength spectrum of the input light.  A secondary camera provides a wide wavelength range, lower resolution view of the spectrum. 

MORE INFORMATION!

Download the HyperFine Spectrometer White Papers, Datasheet & Drawing

EXAMPLES OF COOL SPECTRA MEASURED WITH THE HYPERFINE SPECTOMETER - CLICK TO ENLARGE