Tokyo Instruments

Initially we began handling multichannel spectroscopic instruments that had not been popular in Japan, but since that time we have expanded our business centered around spectroscopic devices, such as lasers and photodetectors. Parallel to the import and sales of foreign products, we started in 1981 to develop our own product, the "NanoFinder series... ". This pioneer of confocal Raman microscopes was realized with the support of the Japan Science and Technology Agency (JST). Since 2003 when we launched this new product, we have been patronized by many customers in Japan and abroad. In that process, we grew from an import and trading company to a research and development type technology trading company with high technical capability. We could now provide technical services such as manufacturing special experiment equipment for use in cutting edge research. Recently, as a new business fields, we delivered a wide range of products and technologies such as X-ray photoelectron spectroscopy equipment, cathode luminescence microscopic systems, physical property measurement equipment, ultrasonic platforms and many others. In the recent economic environment, where research and diversification, technologies and markets are rapidly changing, Tokyo Instruments has been spreading our antennas all over the world to contribute to the research and development capabilities of Japan in order to support the development of cutting-edge equipment and technology. At the same time, we strive to make professional suggestions to contribute to customer's problem solving. This is possible through the diverse human resources of Tokyo Instruments. These excellent employees are full of positive and challenging spirit with a long history of supporting the brand of Tokyo Instruments. Besides Japanese, excellent multicultural sales and engineering personnel including Russians, Chinese, German, etc. understand and handle a wide variety of products to meet the needs of teachers, researchers and engineers engaged in advanced research and ...Read More