A spectrophotometer is a device that precisely measures electromagnetic energy at specific wavelengths of light. It uses the characteristics of light and energy to identify colors and determines how much of each color is in the light beam. Hitachi offers a wide range of spectrophotometer instruments that are suitable for your laboratory and of course with complete features that are not found in other spectrophotometers.

Hitachi - Spectrophotometer

Hitachi offers a full range of high quality UV-Visible/NIR and Fluorescence spectrophotometers from teaching and routine instruments to research-grade systems.

FL Spectrophotometer F-2700

The operation panel can be standard installed, and F-2700 be used by the Stand-alone. The space of PC can be reduced.

  • Leading Edge Sensitivity (800 or better RMS).
  • Wide Dynamic Range (with improved zero point adjustment).
  • Ease of Use / Stand-alone Operation (no PC required)
  • Automatic Performance Monitoring
FL Spectrophotometer F-7000

The application of fluorophotometry has been expanded to various fields such as industrial materials, in areas such as organic electroluminescence and liquid crystals; environment-related areas, such as water quality analysis; pharmaceutical manufacturing, such as the synthesis and development of a fluorescence reagent; and to biotechnology-related areas, such as intracellular calcium concentration measurement.

  • The highest sensitivity at S/N 800 (RMS) (S/N 250 Peak to Peak) in its class.
  • The fastest ultra high-speed scan at 60,000 nm/min in its class.
  • 3D time change measurement mode capable of following time changes at multiple wavelengths.
  • Expanded setting time of "time scan" capable of following changes 2.5 times longer than before
UV-VIS/NIR Spectrophotometer UH-5700

Opening the way to the future, the UH5700, the spectroscopy specialist, handles the ultraviolet, visible, and near-infrared regions and strongly supports you.

  • Use of a continuously variable slit.
  • Low stray light.
  • Measurement throughput improvements.
  • Control of detector switching level difference.
  • Common utilization of accessories.
UV-VIS NIR Spectrophotometer UH-4150

We have released the UH4150AD spectrophotometer as an enhanced version of our popular UH4150 spectrophotometer. The UH4150AD is customized for high-absorption, ultra-low-transmission measurements. This instrument may be used for characterization and quality control of optical films for band-pass filters and cutoff filters.

  • Allows measurements of ultra-low transmission/high-absorption over a wide spectral range of 8 Abs (UV/visible regions). The use of a new grating-grating double monochromator reduces stray light in the spectrometer, resulting in a high photometric range (8 Abs) in the UV-Vis..
  • Parallel beams allow high-precision measurements of specular reflection.*1 By installing an integrating sphere on the UH4150AD, parallel-beam measurements similar to those available on the current model*2 become possible. In particular, the use of parallel beams ensures that the incident angle is essentially uniform across the sample, allowing high-precision measurements of specular reflection.
  • The UH4150AD sample chamber adopts the same structure as that of the sample chamber of the current model.*2 The UH4150AD sample chamber was designed to adopt the same structure as the sample chamber on the current model; this sample chamber was popular among users for the ease with which it allowed large samples to be positioned and the extendibility afforded by its vast range of accessories.
Ratio Beam Spectrophotometer U5100

Product concepts underlying Hitachi's U-5100 UV-Visible Spectrophotometer is ECO-FRIENDLY & CLEAN. The Model U-5100 delivers a compact, lightweight package with remarkable power savings and a long life for its light source. The U-5100 incorporates every aspect of the technological features of Hitachi's reliability-proven spectrophotometers while achieving our ultimate goal to create a spectrophotometer that is ECO-FRIENDLY & CLEAN and provides SUPERIOR PERFORMANCE.

  • ECOLOGY:Incorporates a Xenon flash lamp, which is an environmentally friendly, low-power consumption, long-life light source.
  • DESIGN:User-friendly, compact, lightweight design.
  • EASY OPERATION: Performing at a Higher Level! The operation of the U-5100 is very easy minimizing the operator training time.
Double Beam Spectrophotometer UH-5300

The technology for spectrophotometers continues to advance. Hitachi designs spectrophotometers encompassing technologies for the future.

  • Performance: This level of performance allows for highly accurate data to be obtained.
  • Operation: Hitachi offers a new type of operation in laboratories.
  • Software: Expand measurement possibilities just by touching the screen.
UV-VIS Spectrophotometer U-3900

Covers a wide variety of analysis needs from liquid samples to solid samples. Line-up of two types that can be selected in accordance with the measuring object and application. For use in a wide range of fields that focus on water quality, the environment, biotechnology, pharmaceuticals, materials, etc.

  • Possible to perform measurements in a wide absorbance range with low stray light and low noise.
  • Stable spectrometer with double beam optical system.
  • UV Solutions for U-3900 (PC connected) allows for easy device control and supports various quantitative-analysis functions.
  • Substantial accessories for both liquid and solid measurements.
  • Two types of optical systems: Single Monochrome (U-3900) and Double Monochrome (U-3900H)
UV-VIS Spectrophotometer U-2900

High resolution satisfying European Pharmacopoeia (spectral bandpass: 1.5 nm). Trace-amount measurement in biotechnological field, etc. can be carried out using optional 50, 25 and 5 micro cells.

  • Stable optics due to double beam.
  • Incorporation of stigmatic concave diffraction grating.
  • Spectral bandpass 1.5 nm satisfying European Pharmacopoeia.
  • Personal computer-based instrument control and data processing.
  • Personal computer-based instrument control and data processing.