See all 9 Products in Family

500 - 1200nm, Manual Mini-Chrom Monochromator

Stock #53-954
- +
Qty 1+
Qty 2+
Volume Pricing
Request Quote
Get Product Downloads
Model Number:
Model D
Wavelength Range (nm):
500 - 1200
Operating Temperature (°C):
-20 to +80
Weight (kg):
Aperture (f/#):
Blaze Wavelength (nm):
Focal Length FL (mm):
Groove Density (grooves/mm):
Height (mm):
Length (mm):
Linear Dispersion (nm/mm):
10.66 (center of range)
Mounting Threads:
¼-20 Mounting Holes
Resolution (nm) for 100μm Slit Width:
Resolution (nm) for 150μm Slit Width:
Resolution (nm) for 300μm Slit Width:
Resolution (nm) for 600μm Slit Width:
Slit Height (mm):
Slit Width (μm):
Stray Light (%):
Type of Optics:
2cm2 Square Holographic Grating
Wavelength Accuracy (%):
±0.2 of λ
Wavelength Readability (nm):
Wavelength Reproducibility (%):
Width (mm):
Damage Threshold, CW:
40 Watt/cm2
Damage Threshold, Pulsed:
350 mJ/cm2 @ 200ns
Damage Threshold, By Design: Damage threshold for optical components varies by substrate material and coating. Click here to learn more about this specification.
40 Watt/cm2

Regulatory Compliance

Reach 219:
Certificate of Conformance:

Product Family Description

  • 6 Choices of Wavelength Ranges
  • Compact, Handheld Size
  • 2 NIR Versions

The Mini-Chrom is a manually operated monochromator that utilizes a knob dial for wavelength selection. Rotation of the dial causes, via a precision lead screw/sine bar mechanism, rotation of the diffraction grating which positions the selected wavelength at the exit slit. Wavelength is read directly in nanometers (nm) from a four digit counter on all models. Near infrared Models E and F require the micrometer reading to be doubled, to 2nm per division, for wavelength selection and readout. #56-253 and #56-254 have gold coated optics for maximum grating efficiency and superior reflectance in the near infrared.

These are ideal as components for system integration; all that is required is the light source and sensor. Set of 300 micron slits is included. Narrower slits increase resolution but decrease throughput. Wider slits increase throughput at the expense of spectral purity. These instruments are designed for use in research, quality control, and teaching. They are also used extensively as components in a variety of sophisticated analytical and biomedical equipment such as: clinical chemistry analyzers, HPLC detectors, and UV-VIS-NIR spectrophotometers. The Mini-Chrom is a compact, in-line Fastie-Ebert design with throughput, resolution, stray light, and power handling features comparable to many larger, more expensive, conventional models.