Company History
| Dec. 2016 | Developed concrete deterioration diagnosis system using thermal desorption under the FY2014 Tokyo Metropolitan Government Collaborative Innovation Grant Program |
|---|---|
| Sep. 2014 | Development of concrete deterioration diagnosis method using thermal desorption under FY2012 Manufacturing Subsidy Program |
| Apr. 2015 | Release of Thermal Desorption Analyzer TDS1200Ⅱ (CE Mark compliant) |
| Dec. 2011 | Commenced contract testing for Photoexcited Desorption Analyzer and Steel Hydrogen Analyzer |
| Dec. 2011 | Developed hydrogen analyzer for steel (IH-TDS1700) with support from the New Technology Development Foundation |
| Mar. 2009 | Developed Photoexcited Desorption Spectrometer under FY2007 Regional Revitalization Consortium R&D Project and FY2008 Regional Innovation Creation R&D Project |
| Aug. 2005 | Delivered custom-made package gas analyzer compliant with MIL specifications |
| Mar. 2003 | Developed “Compact Thermal Desorption Analyzer TDS800” and delivered to MIRAI-ASET Kawasaki |
| Mar. 2000 | Developed “Oxidation Reaction Tracking Device”, delivered to Synergy Ceramics Laboratory |
| Mar. 1999 | Developed “Temperature-Programmed Desorption Analyzer TDS1400” and commenced sales |
| Jan. 1995 | Developed “Temperature-Programmed Desorption Gas Analyzer EMD-WA1000S” |
| Jul. 1994 | Detector of “Wafer Gas Analysis System” changed to QMS; launched as “Temperature-Programmed Desorption Gas Analysis System EMD-WA1000K” |
| Mar. 1992 | Developed “Special Experiment Device for Charged Particle Applications” and delivered to the National Institute for Materials Science, Science and Technology Agency |
| Mar. 1991 | Developed and commercialized the “CHEMICS” automatic organic compound structure prediction system and delivered to Ajinomoto Co., Inc. |
| Dec. 1990 | Delivered “High-Purity Gas Impurity Measurement Device” to Fuji Electric Co., Ltd. |
| Jul. 1990 | Delivered “Gas Analysis System for Light Bulbs” to Harrison Electric Co., Ltd. |
| Mar. 1990 | Launched “Wafer Gas Absorption Analyzer”; delivered to Oki Electric Industry Co., Ltd. |
| Feb. 1990 | Delivered “Environmental Monitoring System” to Nippon Telegraph and Telephone Corporation |
| Aug. 1989 | Delivered “Helium Atomic Measurement Device” to the Power Reactor and Nuclear Fuel Development Corporation |
| Jun. 1989 | Delivered “Small Animal Whole-Body Calorimeter” to Tokai University School of Medicine |
| Mar. 1989 | Delivered “Superconducting Material Surface Modification Device” to the National Institute for Materials Science, Science and Technology Agency |
| Jan. 1989 | Completed and delivered the first lot of the “5-Sample Holder” attachment for use with Japan Electron Optics Laboratory, Inc. electron microscopes |
| Jun. 1988 | Delivered a “Vacuum Experiment System” combining a high-vacuum thermobalance with a mass spectrometer to Kawasaki Steel Corporation's High-Tech Research Institute |
| Mar. 1988 | Delivered a “Mass Spectrometer for K-Ar Dating” to the Earthquake Research Institute, University of Tokyo |
| Mar. 1987 | Delivered “Special Mass Spectrometer for Atomic Beam Measurement” to Japan Atomic Energy Research Institute Completed “Electrical Cell Fusion Device” and commenced sales jointly with Cosmo Bio Co., Ltd. |
| Nov. 1986 | Delivered “Mass Spectrometer for Semiconductor Substrate Evaluation” to Hitachi, Ltd. |
| Mar. 1986 | Delivered “Mass Spectrometer for Soil Gas Measurement” to Idemitsu Kosan Co., Ltd. |
| Dec. 1985 | Delivered a gas chromatograph-mass spectrometer equipped with an “Attachment for Thermal Decomposition Mass Spectrometer” to Nitto Kasei Co., Ltd. |
| Oct. 1984 | Completed and delivered “Polymer Membrane Gas-Liquid Permeation Measurement System” using mass spectrometer to Toray Industries, Inc. Further improved microcalorimeter and released under the product name “Thermoactive Cell Analyzer” |
| Mar. 1984 | Completed the “Secondary Ion Mass Spectrometer for Biological Samples” and delivered it to Nagasaki University |
| Feb. 1984 | Completed the “Data Processing System for Quadrupole Mass Spectrometers” and delivered it to the Japan Atomic Energy Research Institute |
| Dec. 1982 | Completed “Polymer Membrane Gas Permeation Measurement Device” using mass spectrometer and delivered to Nippon Paint Co., Ltd. |
| Jan. 1981 | Completed and began delivery of the microcalorimeter, previously under development, for medical use |
| Nov. 1980 | Developed and commercialized the “Gas Chromatograph Mass Spectrometer” |
| Sep. 1980 | Professor Masakazu Yamamura (Tokai University School of Medicine) presented on the medical applications of our microcalorimeter at a special lecture for the “Japanese Society for Clinical Laboratory Automation,” attracting significant attention. |
| Jan. 1980 | Completed the “Direct Sample Introduction Mass Spectrometer” and delivered it to Toyohashi University of Technology |
| Oct. 1979 | Increased capital to 50 million yen |
| Jun. 1979 | Commercialized a new mass spectrometer based on the aforementioned invention for liquid chromatography in collaboration with Nippon Spectro Co., Ltd., and delivered it to Nagoya University |
| Mar. 1979 | Simultaneously completed development of the “Breath Analysis Mass Spectrometer” and began delivery to Fukuda Industries Co., Ltd. |
| Dec. 1978 | Headquarters relocated to Musashino City, commencing full-scale operations |
| Nov. 1978 | Commenced development of a new type of mass spectrometer based on an invention by Professor Hisashi Matsuda of Osaka University |
| Jul. 1978 | Established with the cooperation and support of Kenji Kazato, founder of JEOL Ltd. Capital:20 million yen; Headquarters: Shinjuku-ku |
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