This is a system for making overall measurements of the instantaneous spatial characteristics of optical beams, starting with lasers.

Spectroscopic measurements of temporal changes in faint, high-speed optical phenomena are made.

HAMAMATSU mini-spectrometers are polychromators integrated with optical elements , an image sensor and a circuit.Light to be measured is guided into the entrance port of ｔhrough an optical fiber and the spectrum measured with the built-in image sensor is output from the USB port to a PC for data acquisition.

These systems measure spectra over multiple wavelengths simultaneously in real time using a high sensitivity multichannel device.

These are devices for capturing ultra-high-speed (happening in an extremely short time) optical phenomena.

We introduce our system that does various optical beam measurements of the laser for the optical communication and that evaluates the optical communication device and system including the inspections of the optical fiber , optical filter and couplers.

Two-dimensional measurements of the position of light spots are made. High-speed, high resolution measurements have been achieved by using the position sensitive detector (PSD) developed.

High-precision thickness measurement are made without contact and without damaging the sample by using a optical system.

Non-contact, rapid measurements of the three-dimensional shape of the human body (entire body) are made using infrared LDs.

This is a system constructed around a high-speed camera for combustion measurements and plasma measurements.

Non-contact, high-precision temperature measurements are made using an optical system.

The quantum yield for light emissions in organic LED materials is measured using the photoluminescence method.