May 1951

Established Maeda Seisakujo in Ichiba, Tsurumi-ku, Yokohamashi

Sept. 1959 Moved to Kamata, Ohta-ku, Tokyo
Feb. 1963 Moved and built a new building with addition of machines in Fukami-Higashi, Yamato-shi (current place)
June 1965 Reorganized to Maeda Corporation with the capital of 3 million yen
June 1970 Built a factory newly for chrome plating for industry purpose
Oct. 1970 Built the second factory in Fukammi-Higashi, Yamato-shi. Built an assembly factory newly, increased production quantity with consistent production system from machine processing, plating, plate working to assembly.
Oct. 1970 With expansion of our business, we increased the capital to 5 million yen. Planned to have large-sized machine facility, we produced parts for large-sized machines, designed and produced each machine and oil cylinder.
Sept. 1980 With the expansion of our business, we increased our capital to 10 million yen.
At the same time, we changed our company name to Maeda Corporation.
July 1984 To meet market needs, we enhanced processing of precision production and labor saving facility. by machining Center and CNC lathe.
July 1990 With the increase of capital to 20 million yen, we planned to increase orders of mechatro unity.
1992 Developed machines used for civil industry PC robots・segment carriage (PAT)
Self-propelled climbing trucks・hume tube combination machine
1993 Developed machines used for construction sites opening decks
1994 Developed machines used for food production
Automatic filtering and cleaning robots
1996 Developed machines used for construction sites
Automatic steel setting up system
April 1998

Small and medium-sized businesses; Overall Organization requested us to develop "non-breaking inspection machine in transmission type, magnetism Sensor style" and we started development of "metal fatigue damage identification machine"

Members of Development installation Committee by Yokohama National University, Advanced Industrial Science and Technology (AIST), each experienced people with their learning participation in the development and we succeeded development of system which could identify metal fatigue easily.

Jan. 2001 Conduced public explanatory meeting for "non-breaking inspection machines in transmission type and magnetic sensor system"
Started to sell "metal fatigue damage identification system"
April 1, 2002 Authorized our creative business activity by small, middle-sized business.
A theme "Development and trial manufacturing of machine to predict and prevent metal fatigues by rolling fatigue level value diagnosis system"
July 7, 2003 Obtained ISO9001:2000 certification.
Aug. 12, 2004 Announced management guidance documents
Jan. 23, 2008 Won an excellent factory by Kanagawa-ken for year of 2008


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