We introduce our systems that can observe and/or analyze fluorescence, luminescence in the organization and the cell, gene appearance, the protein interactions, and the one that can do the drug screening and pathology.

We introduce our systems that do the oxygen measurement in brain under operation, muscular organization oxygen measurement, pupil reaction measurement of autonomic disturbance, adjustment function inspection that originates in asthenopia and ray dynamic treatment of cancer and etc.

We introduce our system that does failure analysis of an inside of VLSI, inspection of electrodes of printed circuit board and bonding, and quantum yield measurement of organic LED Materials, electrostatic remover, and laser dicing technology.

The plasma emissions during processes, such as etching, sputtering and CVD, that use plasma for semiconductor production are monitored in real time.

We support the development and evaluation of new materials using Photonics technology in the filed of FPD.

We introduce our best luminescence, a receiving optical device, and our inspection
system for the optic fiber communication and the space light transmission.

We introduce our system that does the measurements of the luminance distribution and the NFP･FFP astigmatism etc. of various lasers and LED, fiber N.A. measurements, the fiber collimator adjustments, and LD module core adjustment, etc.

Illuminance sensors and color sensors that can be used for various types of general electronic equipment.

We are using our own in-house process and packaging technology to develop automotive devices that are highly reliable even over a wide operating/storage temperature range.

We introduce our system that measures the spectrum at the time of a slight, high-speed optical phenomenon in a wide usage like Raman scattering, an electrical discharge, a fluorescent spectrum, and an optical, physical research, etc.

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

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

This is introduction to cameras, sensors, radiation sources, and flat panel devices for X-ray imaging which enable real time digital radiography. These equipments are suitable for X-ray based non-destructive inspection of foreign objects and inspection of cracking and other kind of damages.