Derivery record
| Delivery year | Delivery location | Name | Units | Comments |
|---|---|---|---|---|
| 1965 | Mitsubishi Motors Corporation | 5ton Fatigue test device | 1 | |
| Mitsubishi Motors Corporation | 3ton Vibration test device | 2 | ||
| Hiroshima Research & Development Center of MHI |
5ton Vibration test device | 4 | 2m*2m Shaking platform | |
| MAZDA Motor Corporation | 20ton Fatigue test device | 2 | Engine frame attached 3ton**** | |
| 1966 | Sumitomo Metal Industries, Ltd. | 40ton Fatigue test device | 1 | |
| TOYOTA Motor Corporation | 3ton Vibration test device | 2 | ||
| Mihara Factory of MHI | 3ton Vibration test device | 1 | ||
| Science and Technology Agency | Single axle vibration experiment device | 1 | 90ton Vibration exciter | |
| SUMIHATSU Co., Ltd | 10ton Vibration and fatigue test device | 1 | 3ton**** | |
| 1967 | DENSO Corporation | 1ton Vibration test device | 1 | |
| Nagoya Aircraft Works of MHI | 20ton Fatigue test device | 1 | Engine frame attached | |
| Nagoya Aircraft Works of MHI | 3ton Fatigue test device | 1 | ||
| Nagasaki Research & Development Center of MHI |
12ton Fatigue test device | 1 | ||
| NISSAN Motor Corporation | 3ton Fatigue test device | 2 | Engine frame attached | |
| 1968 | Nagoya Aircraft Works of MHI | 1ton Fatigue test device | 1 | |
| SUZUKI Motor Corporation | 3ton Fatigue test device | 3 | ||
| TOYOTA Motor Corporation | 3ton Fatigue test device | 2 | ||
| Mitsubishi Steel Mfg | 15ton Vibration and fatigue test device | 1 | ||
| Mitsubishi Motors Corporation | 10ton Vibration and fatigue test device | 2 | ||
| NISSAN Motor Corporation | REAR AXLE test device | 1 | ||
| Bridgestone Corporation | 3ton Fatigue test device | 1 | Includes tire rotation device | |
| Agency of Industrial Science and Technology, Mechanical Engineering Laboratory |
1ton Vibration test device | 1 | Mini Hydract | |
| Kinki University | 3ton Vibration test device | 1 | 1m*2m Shaking platform | |
| Science and Technology Agency | Large vibration durability experiment device | 1 | 15m*15m Shaking platform | |
| Agency of Industrial Science and Technology, Mechanical Engineering Laboratory |
Simulator test device | 1 | Car simulator Vibration exciter *3 |
|
| 1969 | Mitsubishi Motors Corporation | 3ton Vibration and fatigue test device | 3 | |
| Mitsubishi Motors Corporation | 0.5ton Vibration and fatigue test device | 1 | ||
| Mitsubishi Steel Mfg | 10ton Fatigue test device | 1 | ||
| Mitsubishi Motors Corporation | 20ton Fatigue test device | 2 | ||
| SUZUKI Motor Corporation | 2ton Vibration and fatigue test device | 2 | ||
| Mitsubishi Motors Corporation | 15ton Fatigue test device | 1 | Engine frame attached | |
| Agency of Industrial Science and Technology, Mechanical Engineering Laboratory |
0.5ton Vibration test device | 1 | ||
| Mitsubishi Motors Corporation | 2ton Fatigue test device | 1 | Engine frame attached | |
| Mitsubishi Motors Corporation | 5ton Fatigue test device | 1 | Engine frame attached | |
| 1970 | SIN NIPPON KOKI Corporation | 10ton Hydraulic balancer test device | 1 | For increasing precision in manufacturing machinery |
| Mitsubishi Steel Mfg | 10ton Fatigue test device | 1 | ||
| Kansai Rosai Hospital | 81kg-m Rotary vibration device | 1 | Human body reaction simulator device | |
| Sumitomo Metal Industries | 40ton Fatigue test device | 1 | ||
| TOYOTA Motor Corporation | 3ton Vibration and fatigue test device | 5 | ||
| Mitsubishi Motors Corporation | 2ton Fatigue test device | 1 | ||
| Mitsubishi Motors Corporation | 80kg-m Twisting test device | 1 | ||
| Hiroshima Research & Development Center of MHI |
50ton Fatigue test device | 1 | ||
| denden public corporation Research Institure of Electrical Communication |
Single axle vibration experiment device | 1 | 3m*3m Shaking platform Two axis concurrent horizontal and vertical |
|
| NITTO Tire | 2ton Fatigue test device | 1 | Includes tire rotation device | |
| Shin Nippon Koki | 58ton Hydraulic balancer test device | 1 | For increasing precision in manufacturing machinery |
|
| 1971 | SUMIHATSU | 15ton Fatigue test device | 1 | Engine frame attached |
| Agency of Industrial Science and Technology, Mechanical Engineering Laboratory |
0.2ton Vibration test device | 1 | Mini Hydract | |
| Kyoto University | 7.5ton Vibration test device | 1 | 3m*3m Shaking platform | |
| Kyushu University | 10ton Vibration test device | 1 | 2m*3m Shaking platform | |
| TOYOTA Motor Corporation | 390kg-m Twisting test device | 3 | ||
| Mitsubishi Steel Mfg | 5ton Vibration test device | 1 | ||
| Nagasaki Research & Development Center of MHI |
15ton Fatigue test device | 1 | ||
| Takasago Research & Development Center of MHI |
20ton Vibration and fatigue test device | 1 | ||
| Takasago Research & Development Center of MHI |
5ton Vibration and fatigue test device | 1 | ||
| SUZUKI Motor Corporation | 550kg-m Twisting test device | 1 | ||
| Hiroshima Research & Development Center of MHI |
5ton Fatigue test device | 1 | ||
| 1972 | Hiroshima Research & Development Center of MHI |
100ton Fatigue test device | 1 | Engine frame attached |
| Mitsubishi Motors Corporation | 3ton Static load pressure device | 1 | (Crusher device) | |
| Nagasaki Research & Development Center of MHI |
125ton Static load pressure device | 2 | ||
| TOYOTA Motor Corporation | 3ton Fatigue test device | 1 | ||
| AISIN SEIKI | 5ton Vibration test device | 1 | ||
| Hiroshima Research & Development Center of MHI |
2ton Vibration and fatigue test device | 1 | Mini Hydract | |
| Takasago Research & Development Center of MHI |
5ton Vibration and fatigue test device | 3 | ||
| Mitsubishi Steel Mfg | 5ton Fatigue test device | 1 | ||
| Water Resources Development Corp. | 5ton Vibration test device | 1 | 1m*1.5m Shaking platform | |
| 1973 | TOYOTA Motor Corporation | 300kg-m Twisting test device | 2 | |
| Takasago Research & Development Center of MHI |
Large two directional earthquake vibration platform | 1 | Horizontal two axis Vibration exciter 32ton 4*** |
|
| Hiroshima Research & Development Center of MHI |
5ton Vibration test device | 2 | 6m*6m Shaking platform | |
| TOYOTA Motor Corporation | 3ton Vibration test device | 1 | ||
| Takasago Research & Development Center of MHI |
50ton Fatigue test device | 1 | ||
| TOYOTA Motor Corporation | Three axis twisting test device | 1 | Vibration exciter 3*** Rubber brush test device |
|
| 1974 | TOYO Radiator | 6ton Vibration test device | 1 | Vibration platform included |
| Kawasaki Steel | 100ton Large vibration Fatigue test device | 1 | ||
| Kawasaki Steel | 150ton Large vibration Fatigue test device | 1 | Engine frame attached | |
| Akashi Factory of MHI | 20ton Vibration and fatigue test device | 1 | ||
| Kawasaki Heavy Industries | 260ton Pressure test device | 1 | Axle bearing test machine load device | |
| Kawasaki Heavy Industries | 60ton Pressure test device | 2 | Axle bearing test machine load device | |
| Kawasaki Heavy Industries | 100ton Pressure test device | 1 | Axle bearing test machine load device | |
| Nagoya Aircraft Works of MHI | 5ton Vibration and fatigue test device | 1 | ||
| SHIMIZU Corporation | 25ton Vibration test device | 1 | 5m*4m Shaking platform | |
| SHIMIZU Corporation | 50ton Fatigue test device | 1 | ||
| 1975 | People's Republic of China | 10ton Vibration and fatigue test device | 1 | |
| Mitsubishi Motors Corporation | 10ton Vibration and fatigue test device | 2 | ||
| Science and Technology Agency | Two axis concurrent vibration test device | 1 | Two axis concurrent horizontal and vertical 1m*1m Shaking platform |
|
| Sumitomo Metal Industries | 10ton Fatigue test device | 1 | ||
| Sumitomo Metal Industries | 5ton Fatigue test device | 1 | ||
| Agency of Industrial Science and Technology, Mechanical Engineering Laboratory |
1.5ton Fatigue test device | 1 | Mini Hydract | |
| 1976 | Ministry of Construction Building Research Institute |
25ton Vibration test device | 2 | Wave vibration testing structure inclusive |
| Power Reactor & Nuclear Fuel | 25ton Fatigue test device | 1 | ||
| Development Corporation | 10ton Fatigue test device | 1 | ||
| National Aerospace Laboratory | 1ton Wind tunnel blade vibration device | 2 | ||
| Ministry of Construction Building Research Institute |
Medium type vibration platform device | 1 | 3m*4m Shaking platform | |
| Hiroshima Research & Development Center of MHI |
4ton Fatigue test device | 1 | Mini Hydract | |
| Hiroshima Research & Development Center of MHI |
400kg-m Twisting test device | 1 | ||
| 1977 | Mitsubishi Atomic Power Industries Incorporated |
1ton Fatigue test device | 1 | |
| TOYOTA Motor Corporation | 7ton Vibration test device | 1 | Vibration platform included | |
| TOSHIBA Corporation | 10ton Vibration test device | 1 | ||
| TOSHIBA Corporation | 1ton Vibration test device | 1 | Inertia type mini hydract | |
| Ministry of Construction Building Research Institute |
50ton Vibration test device | 1 | ||
| Nuclear Power Engineering Test Center |
Two dimensional vibration platform | 1 | Two axis concurrent horizontal and vertical 1.5m*1.5m Shaking platform Computer system included |
|
| 1978 | Akashi Development Center of MHI | 10ton Fatigue test device | 2 | |
| Akashi Development Center of MHI | 50ton Fatigue test device | 1 | ||
| Ministry of Construction Public Works Research Institute |
200ton Fatigue test device | 1 | Engine frame attached | |
| Ministry of Construction Building Research Institute |
100ton Pressure test device | 5 | Computer system included | |
| 1979 | Hiroshima Research & Development Center of MHI |
4ton Vibration and fatigue test device | 1 | Mini Hydract |
| Waseda University | 5ton Vibration test device | 1 | 1.5m*1m Shaking platform | |
| Nagoya Aircraft Works of MHI | 60ton Fatigue test device | 1 | Engine frame attached / Computer system included |
|
| Nagoya Aircraft Works of MHI | 5ton Fatigue test device | 3 | ||
| Mitsubishi Motors Corporation | Axle joint durability test device | 1 | ||
| Ministry of Construction Building Research Institute |
100ton Pressure test device | 2 | ||
| Ministry of Construction Public Works Research Institute |
125ton Vibration load device | 2 | Computer system included | |
| Tokyo Institute of Technology | 5ton Vibration test device | 1 | Mini Hydract | |
| 1980 | Mitsubishi Motors Corporation | 6ton Fatigue test device | 1 | |
| Mitsubishi Motors Corporation | 100ton Fatigue test device | 1 | Crusher device (Includes a large pressure frame) |
|
| Mitsubishi Motors Corporation | 10ton Fatigue test device | 1 | Engine frame attached | |
| Mitsubishi Motors Corporation | 5ton Vibration and fatigue test device | 2 | ||
| Mitsubishi Motors Corporation | 5ton Tensile test device | 6 | Engine frame attached | |
| Nagoya Aircraft Works of MHI | 10ton Fatigue test device | 1 | Engine frame attached | |
| Sagamihara Factory of MHI | 5ton Vibration test device | 1 | Computer system included | |
| Sagamihara Factory of MHI | 7ton Vibration test device | 1 | ||
| Yokohama Research & Development Center of MHI |
5ton Fatigue test device | 1 | ||
| 20ton Fatigue test device | 1 | |||
| Shinchuo Industry Co., Ltd. | 10ton Fatigue test device | 1 | Engine frame attached | |
| Ministry of Construction Building Research Institute |
100ton Pressure test device | 1 | ||
| Saitama University | 2ton Vibration test device | 1 | Mini Hydract | |
| 1981 | Mitsubishi Motors Corporation | 3ton Fatigue test device | 1 | |
| Toyota Central R&D Labs | 2ton Vibration test device | 1 | Mini Hydract | |
| Mitsubishi Motors Corporation | 400kg-m Vibration test device | 1 | ||
| Yanmar diesel | 5ton Vibration and fatigue test device | 1 | ||
| Mitsubishi Motors Corporation | 20ton Fatigue test device | 1 | Engine frame attached | |
| Mitsubishi Motors Corporation | 25ton Fatigue test device | 1 | Engine frame attached | |
| Mitsubishi Motors Corporation | 3.5kg-m Twisting test device | 1 | ||
| Hiruta Industry Co., Ltd. | 3ton Fatigue test device | 1 | Horizontal and perpendicular switch-over frame inclusive | |
| 1982 | Takasago Research & Development Center of MHI |
5ton Vibration test device | 2 | |
| 10ton Vibration test device | 2 | |||
| Nuclear Power Engineering Test Center | Large high performance vibration platform | 1 | Horizontal and perpendicular concurrent vibration 15m*15m Shaking platform Computer system included |
|
| Nuclear Power Engineering Test Center | 250ton Vibration test device | 2 | ||
| Nuclear Power Engineering Test Center | 10ton Vibration test device | 1 | Computer system included | |
| Nuclear Power Engineering Test Center | 5ton Vibration test device | 1 | Computer system included | |
| Honda technical research center | 1ton Vibration test device | 2 | Mini Hydract | |
| TAISEI Corporation | 100ton Pressure test device | 4 | Computer system included | |
| Nagoya Aircraft Works of MHI | 20ton Fatigue test device | 1 | Engine frame attached | |
| NKK | 100ton Rollin manufacturing simulator device | 1 | ||
| Takasago Research & Development Center of MHI |
Large size three dimensional earthquake vibration platform |
1 | Three axle spontaneous vibration 6m*6m Shaking platform Computer system included |
|
| Hazama Corporation | 100ton Pressure test device | 3 | Computer system included | |
| 1983 | Nagoya Research & Development Center of MHI |
4ton Vibration test device | 1 | 0.8m*0.8m platform included Horizontal and perpendicular dual use type |
| Minebea Tokyo Screw Co., Ltd. | 5ton Fatigue test device | 1 | Engine frame attached | |
| Kyowa Electronic Instruments | 20ton Fatigue test device | 1 | Engine frame attached | |
| Honda technical research center | 1ton Fatigue test device | 2 | Mini Hydract | |
| AISIN SEIKI | 2ton Fatigue test device | 1 | Mini Hydract | |
| Ministry of Construction Building Research Institute |
50ton Vibration test device | 1 | ||
| Takasago Research & Development Center of MHI |
5ton Vibration test device | 1 | Inertia type oscillation vibration machine | |
| 1984 | Sumitomo Metal Industries | 250ton Fatigue test device | 1 | |
| Hazama Corporation | 100ton Pressure test device | 1 | ||
| NISSAN Motor Corporation | 3ton Fatigue test device | 1 | For tensile and compression testing Gantry frame Reactive force platform for twisting tests inclusive |
|
| Yanmar diesel | 5ton Vibration test device | 1 | ||
| OBAYASHI Corporation | Dynamic test device for soil layers | 1 | Static axle bearing hanging platform (6.6m*3.5m) | |
| TOYO Radiator | Two dimensional vibration platform | 1 | Two axis concurrent horizontal and vertical Vibration 3m*3m Shaking platform Microcomputer system included |
|
| 1985 | Yokohama Factory of MHI | 4ton Vibration test device | 1 | 0.8m*0.8m platform included Horizontal and perpendicular dual use type |
| The 4th lab of Defense Agency | Vehicle vibration test device | 1 | Computer system included | |
| Hazama Corporation | 200ton Pressure test device | 2 | ||
| Mitsubishi Steel Mfg | 2ton Vibration test device | 1 | Mini Hydract | |
| Toyama Industrial Testing Corporation | 1ton Vibration test device | 1 | Mini Hydract | |
| Ministry of Construction Building Research Institute |
100ton Pressure test device | 1 | ||
| Ministry of Construction Public Works Research Institute |
125ton Vibration test device | 1 | ||
| SHIMIZU Corporation | 100ton Fatigue test device | 1 | Computer system included | |
| SHIMIZU Corporation | 20ton Fatigue test device | 1 | ||
| SHIMIZU Corporation | One axle vibration platform renewal work | 1 | ||
| 1986 | Takenaka Corporation | 100ton Pressure test device | 1 | |
| Takenaka Corporation | 33ton Vibration test device | 1 | ||
| Takasago Research & Development Center of MHI |
Anti seismic element test device | 1 | ||
| Mitsui Engineering & Shipbuilding | 1ton Inertia type test device | 1 | Mini Hydract | |
| Ministry of Construction Building Research Institute |
100ton Pressure test device | 2 | ||
| Ministry of Construction Building Research Institute |
200ton Axial force loading device | 1 | ||
| Mitsubishi Steel Mfg | Fatigue test machine operating device renewal | 1 | ||
| TOYO Radiator | Two way vibration platform | 1 | 1m*1m platform Computer system included |
|
| OILES Corporation | One axle vibration platform renewal work | Computer system included | ||
| 1987 | Takenaka Corporation | 100ton Pressure test device | 1 | Computer system included |
| SHIMIZU Corporation | 100ton Pressure test device | 3 | Computer system included | |
| Asuka Corporation | Three dimensional six-degree-of-freedom | 4 | 4m*4m platform | |
| large size vibration platform | 1 | |||
| Kawasaki Steel | Large size fatigue test machine Operating device renewal | 1 | ||
| Nagaoka University of Technology | Horizontal bidirectional vibration platform | 3m*3m platform | ||
| Nuclear Power Engineering Corporation | 250ton Independent vibration device functionality augmentation | 1 | Computer system included | |
| 1988 | The Port and Harbor Research Institute, the Ministry of Transport |
In-water vibration platform | 1 | 3.4m*3.4m platform |
| Science and Technology Agency | Large earthquake resistance test device | 1 | Stroke 30mm-210mm | |
| National Research Institute for Earth Science and Disaster Prevention |
Machinery renewal work | 1 | ||
| Ministry of Construction Public Works Research Institute |
Dynamic bending momentum loading device | |||
| Hazama Corporation | 100ton Dynamic actuator | 1 | ||
| The Japan Steel Works | Vibration test device | 2 | ||
| Ishikawajima-Harima Heavy Industries | 5ton Large inertia type vibration machine | 1 | ||
| Central Research Institute of Electric Power Industry |
200ton Semi dynamic compression buckling test device | 1 | Computer system included | |
| 1989 | KUMAGAI GUMI | Three dimensional six-degree-of-freedom | 1 | |
| large size vibration platform | 1 | 5m*5m platform | ||
| SHIMIZU Corporation | 200ton Pressure test device | 1 | Computer system included | |
| TSUDAKOMA Corporation | 0.5ton Vibration test device | 1 | Mini Hydract | |
| 1990 | Takasago Research & Development Center of MHI |
Analogue operating device renewal | 1 | |
| Central Research Institute of Electric Power Industry |
Dynamic compression buckling test device | 1 | 4m*4m platform | |
| Science and Technology Agency | Large earthquake resistance test device | |||
| National Research Institute for Earth Science and Disaster Prevention |
Digital operating system | 1 | ||
| 1991 | Hazama Corporation | Three dimensional six-degree-of-freedom | 1 | 6m*4m platform |
| large size vibration platform | 1 | |||
| Hazama Corporation | Vibration test device system up | 1 | Additional installation of computer systems | |
| TOKYU Construction | Three dimensional six-degree-of-freedom large size vibration platform | 1 | 4m*4m platform | |
| Takenaka Corporation | Pressure test device system up | 1 | Additional installation of computer systems | |
| Ministry of Construction Building Research Institute |
200ton Pressure device for axial force | 1 | ||
| 1992 | NIPPON SHARYO | Carriages performance testing device | 1 | |
| Mitsubishi Motors Corporation | Four axle vibration device | 1 | Computer system included | |
| Nuclear Power Engineering Corporation | Calculation control system renewal | 1 | ||
| Hazama Corporation | Pressure test device system up | 1 | Additional installation of computer systems |
|
| Ministry of Construction Public Works Research Institute |
200ton Fatigue test machine Operating device renewal work | |||
| 1993 | Takenaka Corporation | Pressure test device | 1 | |
| TAISEI Corporation | 50ton Pressure test device system up | 1 | Computer system | |
| Ministry of Construction Public Works Research Institute |
Mountain retaining wall subsidence occurrence equipment work | 1 | ||
| Ministry of Construction Building Research Institute |
300ton Pressure device for axial force | 2 | ||
| Ministry of Construction Building Research Institute |
Medium vibration platform device renewal work | 1 | Additional installation of computer systems | |
| MATSUMURA-GUMI Corporation | Pressure test device | 5 | Computer system included | |
| 1994 | Takasago Research & Development Center of MHI |
Large size three dimensional shaking platform Long stroke trend modification work |
1 | Stroke 50mm-300mm |
| Tokyo Fire Department | Shaking device (Three axis earthquake experience device) | 1 | 3.45m*4m platform | |
| Ministry of Construction Public Works Research Institute |
Mountain retaining wall loading equipment work | 1 | ||
| Ministry of Construction Building Research Institute |
Construction fundamental foundations Construction of new reenactment facilities |
1 | ||
| Tohoku University | Load multi-point loading system (Horizontal two axis Shaking platform) | 1 | 3m*3m platform | |
| Mitsubishi Steel Mfg | Vibration test device | 2 | Computer system included | |
| Hiroshima Research & Development Center of MHI |
50ton Vibration test device | 1 | ||
| 1995 | Kinki Sharyo Corporation | Vehicle rotation test device | 1 | |
| Ministry of Construction Public Works Research Institute |
Wheel load fatigue test equipment work | 2 | ||
| Nagoya Aircraft Works of MHI system factory |
Structural reinforcement test equipment | 1 | ||
| Mitsubishi Construction | Vibration exciter | 1 | ||
| Japan Highway Public Corporation | Load movement fatigue test machine | 1 | ||
| 1996 | Nuclear Power Engineering Corporation | Vertical dual axis vibration joint bearing replacement work | 1 | |
| National Research Institute of Agricultural Engineering,the Ministry of Agriculture, Forestry, and Fisheries | Three dimensional shaking device | 1 | ||
| Ministry of Construction Building Research Institute |
Large scale structures test wing Destructive forces reenactment operating device renewal Other construction |
1 | ||
| Housing & Urban Development Corporation |
Three dimensional shaking platform test device | 1 | ||
| 1997 | Mitsubishi Motors Corporation | Hydraulic power source for a body system durability testing device | 1 | |
| Mitsubishi Motors Corporation | G-Simulator | 1 | ||
| Nishimatsu Construction | Four dimensional sock and vibration testing device and building construction | 1 | ||
| NITTO KOGYO Corporation | Two axle Shaking platform | 1 | ||
| Central Japan Railway Company | Vehicle drive test device | 1 | ||
| 1998 | Ministry of Construction Public Works Research Institute |
Modified large displacement vibration machine | 1 | |
| Fujita Corporation | One axle vibration platform | 1 | ||
| Fujita Corporation | Dynamic actuator | 1 | ||
| RESEARCH INSTITUTE OF | 1000ton structures test device | 1 | ||
| INDUSTRIAL SCIENCE & TECHNOLOGY(ROK) |
100ton Fatigue test machine | 1 | ||
| Takasago Research & Development Center of MHI |
Centrifuge model test device | 1 | ||
| Bridgestone Corporation | Two axle test machine | 1 | ||
| Science and Technology Agency | Large size three dimensional vibration | 1 | ||
| National Research Institute for Earth Science and Disaster Prevention |
Vibration test experiment device | |||
| 1999 | National Space Development Agency of Japan |
Maintenance of large size vibration test facilities | 1 | |
| Takenaka Corporation | 50ton Hydraulic devices for vibration test devices | 1 | ||
| SHIGERU Corporation | Car Clash simulator | 1 | ||
| OBAYASHI Corporation | Centrifuge model test device | 1 |
Business Segment: Machinery & Steel Infrastructure Systems
