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Tomoe Engineering Co., Ltd.

株式会社巴技研TOMOE RESEARCH & DEVELOPMENT, LTD.Alias
Ticker
—
Listed market
—
Country
Japan
Employees (non-consolidated)
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Related companies
5
§01

Basic information

BASIC
Head office
104-0054 4-6-2 Kachidoki, Chuo-ku, Tokyo, Park Tower Kachidoki Mid 6F
Chief executive
Hiroshi Kurokawa
Capital
100,000,000
Employees (non-consolidated)
Employees (consolidated)
Start date
1966-01-21
End date
§02

Websites

1 DOMAINS
§03

Business

5
Research and investigation, testing and inspection of materials, joints, structures, etc.Development, design, and manufacturing of testing equipment.Development, design, and manufacturing of construction machinery.Development and production of control and measurement software.Manufacture of seismic control devices and related construction.
§04

Related companies

5 COMPANIES
Company name Group Parent Subsidiary Customer Supplier Alliance Bank Shareholder
Ba Corporation
Group
Izumi Kousan Co., Ltd.
Group
令和建設株式会社
Group
Sapporo Bako Corporation
Group
Tohoku Tomo Corporation
Group
Names without a link are companies not yet registered in OpenBizGraph
§05

Network

NETWORK
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§06

History

195 EVENTS

Established Ishikashita Tower Testing SiteSources

Transferred electronic computer division to Izumi Soken EngineeringSources

Development of large heavy door traveling deviceSources

Development of narrow opening welding method (NOW method) (Recipient of Japan Welding Society Kikunoh Tanaka Award)Sources

TechnologySources

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Changed company name to "Tomoe Group Giken Co., Ltd."Sources

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Development of crane for tower erectionSources

Development of large 4-axis structural fatigue testing machineSources

Established Mogi Super Large Tower Testing LaboratorySources

Development of high-tensile steel for power transmission towers and practical application to UHV (Awarded the Japan Steel Structure Association Achievement Award)Sources

The Norizawa Ichiro, Chairman of the Tomoe-gumi Iron Works (now Tomoe Corporation), established the Norizawa Industrial Research Institute (Technical Research Department and Electronic Computer Department)Sources

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Changed company name to "Tomoe Engineering Co., Ltd."Sources

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Development of fully automatic hydraulic lift-up device (Applied to the construction of the East Exhibition Hall at Big Sight in 1994)Sources

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Delivery of Miki Vibration Table Test Bed for Disaster Prevention ResearchSources

TechnologySources

Delivery of 3MN Power Frame JigSources

Wall Shear Test EquipmentSources

Delivery of Portal Frame for Loading and Test Specimen Support JigSources

Delivery of 200kN-st1000 Hybrid ActuatorSources

Delivery of Electric Hydraulic Loading Test EquipmentSources

Renovation of Agricultural Safety Driving Training Facility (Hazard Experience Facility)Sources

Delivery of 300kN Servo ActuatorSources

Delivery of 500kN Hybrid ActuatorSources

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Wall Shear Test EquipmentSources

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Implementation of Fukaya River Bridge Elevated Bridge Slide ConstructionSources

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Closure of Ishige Factory (Surface Treatment Business)Sources

TechnologySources

March 2009 (Heisei 21) TechnologySources

Delivery of wood structural testing deviceSources

Delivery of 100KN and 200KN hybrid actuatorsSources

Delivery of parallel loading deviceSources

December 2009 (Heisei 21) TechnologySources

Delivery of lever-type amplitude amplification mechanism vibration tableSources

Great East Japan Earthquake occurredSources

Delivery of Shimbashi Station pillar lift-up deviceSources

Delivery of 300KN hybrid actuatorSources

Vertical and horizontal two-direction load testing deviceSources

September 2010 (Heisei 22) TechnologySources

Delivery of in-plane shear testing deviceSources

Delivery of floor-mounted wall shear testing deviceSources

February 2011 (Heisei 23) TechnologySources

Development of large 2-axis rock friction testing deviceSources

Developed Wind Drift Build (WLB), Wind Drift Maintenance (WLM), Wind Drift Offshore (WLO)Sources

Delivery of 10MN force application frameSources

September 2011 (Heisei 23) TechnologySources

Delivery of 200kN hybrid actuator systemSources

October 2011 (Heisei 23) TechnologySources

Delivery of 500kN wood universal testing machineSources

Delivery of structural experiment loading deviceSources

Delivery of Tomoe Truss assembly deviceSources

Technology in March 2012 (Heisei 24)Sources

Delivery of retrofit of composite static force application deviceSources

Technology in April 2012 (Heisei 24)Sources

Delivery of general-purpose static load systemSources

Delivery of new structural building testing equipmentSources

Technology in December 2012 (Heisei 24)Sources

Delivery of load frameSources

Implementation of roof slide construction at Shinbashi StationSources

Delivery of 100kN in-plane shear testing machineSources

Delivery of structural experiment steel frame systemSources

Delivery of hangar door opening/closing deviceSources

Development of high-pressure hybrid actuator systemSources

Delivery of large bending test deviceSources

Technology in December 2013 (Heisei 25)Sources

Delivery of 500kN hybrid actuatorSources

Technology in January 2014 (Heisei 26)Sources

Delivery of hangar observation-type door opening/closing deviceSources

Delivery of wall testing deviceSources

Delivery of wooden structure testing systemSources

Delivery of 100kN in-plane shear testing deviceSources

Delivery of 2MN actuatorSources

Gymnasium roof sliding construction implementedSources

Developed friction damper (DRF) and side block (DFS) for bridge seismic retrofitSources

Delivery of Tomoe Truss sphere assembly deviceSources

Delivery of hangar door opening and closing deviceSources

Technology in November 2014 (Heisei 26)Sources

Technology in December 2014 (Heisei 26)Sources

Technology in January 2015 (Heise 27)Sources

Development of large single-pole tower lift-up deviceSources

Relocation of headquarters to Tsukishima, Chuo-ku, TokyoSources

Delivery of large-scale structural complex loading test equipment, etc.Sources

Technology in March 2016 (Heisei 28)Sources

Delivery of 500kN universal testing machine.Sources

Delivery of aircraft hangar door opening/closing device.Sources

Technology in April 2016 (Heisei 28)Sources

Development of bridge dice rod type dampers.Sources

Application of wind drift device to Mihama Wind Power Plant.Sources

Delivery of structural test load frame.Sources

Delivery of Tomoe Unitrus (TUT) ball screw cutting device.Sources

Conducted free vibration test of steel towers.Sources

Delivery of 500kN hybrid actuator.Sources

Technology in October 2016 (Heisei 28)Sources

Delivery of 300kN universal testing machine.Sources

Conducted testing of Pratt truss steel towers.Sources

Delivery of 500kN in-plane shear testing machine.Sources

Delivery of retrofit for static loading system.Sources

Delivery of large-scale structural experiment system (2MN load device by Kenken style).Sources

Delivery of large displacement and high acceleration vibration tableSources

Execution of tower strength testSources

Technology in March 2017 (Heisei 29)Sources

Development of multi-slide friction damper for bridgesSources

Delivery of 5MN column furnace loading deviceSources

Delivery of structural testing device and non-structural member loading deviceSources

Wind drift device awarded the Civil Engineering Society Technical Award in 2017Sources

Wind drift device received the Japan Construction Machinery Construction Award Selection Committee Prize in 2018Sources

Technology in June 2017 (Heisei 29)Sources

Delivery of 300kN hybrid actuatorSources

Delivery of seismic control return brace for JOC New HallSources

Wind drift device awarded the 20th Land Technology Development Award Excellent PrizeSources

Technology in August 2017 (Heisei 29)Sources

Hokkaido Iburi Eastern Earthquake occurredSources

Delivery of 20MN super-large universal testing machineSources

Wind drift device received the New Energy Award 2018 Resource and Energy Agency Director's AwardSources

Technology in December 2017 (Heisei 29)Sources

Delivery of 1000kN universal testing deviceSources

Delivery of 10MN column furnace loading deviceSources

Shibuya Station roof slide construction implementedSources

Delivery of self-balancing 20MN vertical and 2-directional in-plane large structural member loading deviceSources

Delivery of 200kN wall shear test deviceSources

Delivery of 1MN universal testing machine and in-plane shear test frameSources

Technology in March 2018 (Heisei 30)Sources

Technology in April 2018 (Heisei 30)Sources

Offshore Yamagata Prefecture Earthquake occurredSources

Wind Drift Device received the Engineering Merit Award and Encouragement Special Award in 2019Sources

Received the Engineering Merit AwardSources

Technology in June 2018 (Heisei 30)Sources

Wind Drift Device awarded the Civil Engineering Society Technology Award for fiscal year 2017Sources

Wind Drift Device awarded the New Energy Grand Prize, Minister of Economy, Trade and Industry Award for fiscal year 2018Sources

COVID-19 PandemicSources

Roof Slide Construction of Waste Treatment FacilitySources

Delivery of High-Pressure Sealed 500kN Hybrid ActuatorSources

Delivery of Friction Damper for BridgesSources

Opening of Ishige Innovation CenterSources

Execution of Tower Frame TestSources

Delivery of Load Frame for Structural TestingSources

Delivery of Air Cannon Test EquipmentSources

Delivery of Friction Dampers for ConstructionSources

Implementation of Fukui Station Slide Construction on Hokuriku ShinkansenSources

Delivery of Kaken-style Power UnitSources

Delivery of 1000kN Universal Testing MachineSources

Delivery of 2MNx600ST JackSources

Delivery of Structural Testing EquipmentSources

Delivery of Vertical 5MN and Horizontal 2MN Biaxial Testing MachineSources

Peak of the Fifth Wave of COVID-19 InfectionSources

First Civil Engineering Award for the Sanza Hamada Wind Power Plant Construction ProjectSources

23rd National Land Technology Development Award for Damage Control Seismic Reinforcement Method Using Friction Dampers (Development of DRS-RD Friction Damper)Sources

Modification of 4.3MW WLSources

Delivery of Vertical 10MN and Horizontal 1.5MN Biaxial Testing MachineSources

Delivery of 1MN Universal Testing Machine and In-Plane Shear Testing MachineSources

Delivery of Friction Dampers for BridgesSources

Delivery of Beam Buckling Test EquipmentSources

Delivery of Floor-Mounted In-Plane Shear Testing MachineSources

Delivery of Large Rock Friction Testing MachineSources

Noto Region, Ishikawa PrefectureSources

Delivery of 100kN In-Plane Shear Testing Machine and Creep Testing MachineSources

Relocation of headquarters to Kachidoki, Chuo-ku, TokyoSources

Delivery of testing frameSources

Delivery of 200kN in-plane shear testing machineSources

Noto Peninsula EarthquakeSources

Delivery of 200kN in-plane shear testing machine and 500kN universal testing machineSources

Delivery of Miki vibration table protective frame for disaster prevention researchSources

Delivery of large stroke simple vibration tableSources

Delivery of testing device jigSources

Delivery of universal deep drawing test machineSources

§07

News

0 ARTICLES

There is no news.

§08

Public records

GOV
National Tax Agency basic information8010001089859
Source: National Tax Agency Corporate Number Publication Site, basic three itemsSources
Trade name
株式会社巴技研
Trade name (kana)
トモエギケン
Name in English
Corporation type
301
Address
〒104-0054 東京都中央区勝どき4丁目6番2
Postal code
1040054
Prefecture code
13
City code
102
Address outside Japan
Prefecture in English
City in English
Address outside Japan in English
Corporate number assignment date
2015-10-05
Update date
2023-10-06
Change date
2023-09-27
Registry closure date
Reason for registry closure
Successor corporate number
Details of the change
Latest record
1
Excluded from search
0
Processing type
12
Correction type
0
Trade name image ID
Address image ID
Sequence number
2315839
METI gBizINFO8010001089859
Source: gBizINFO (Ministry of Economy, Trade and Industry)Sources
Corporate number
8010001089859
Trade name
株式会社巴技研
Trade name (kana)
トモエギケン
Trade name (alphabet)
Registry closure date
Reason for registry closure
Registered address
東京都中央区勝どき4丁目6番2
Postal code
1040054
Prefecture
東京都
Prefecture code
13
City or district
中央区
City code
102
Street address
勝どき4丁目6番2
Organisation type
301
Processing type
12
Correction type
0
Status
Representative
代表取締役 黒川 裕士
Capital
Employees
Employees (male)
Employees (female)
Business summary
Website URL
Year founded
Business category
Date established
1966-01-21
Unified government qualification - grade
C|B|B|
Unified government qualification - business items
111|115|116|118|121|124|211|215|216|218|221|224|302|303|306|308|309|314
Update date
2023-10-06
Key information
8010001089859
§09

Sources & updates

SOURCES
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