Company History
| 1979 | Developed an automatic loading device for soft materials |
| 1980 | Entered into technical cooperation relationships on the heat blast cupola with SHINTOKOGIO, LTD. |
| 1981 | Began to produce fishery machines Entered into start-up technical cooperation relationships on the split blast cupola with VFG in West Germany |
| 1984 | Developed a multi-purpose stacker Developed a gate cutting machine for ductile cast iron |
| 1985 | Developed an N/C slitter |
| 1986 | Developed a fully automatic raw materials feeding device for cupolas Developed an N/C loader for turning machines |
| 1987 | Developed a fully automatic bound iron feeding device for electrical furnaces Developed an N/C positioner Developed an orthogonal robot Developed an auto-shirr and auto-cutter |
| 1989 | Introduced a CAD system for designing Developed an N/C boring machine for aluminum building materials Completed a new office |
| 1990 | Completed a new factory and remodeled the annex Sought to expand the manufacturing system |
| 1992 | Enhanced the robot integrator business |
| 1993 | Developed a fully automation system for die-casting machine peripherals |
| 1994 | Developed a welding automation line controlled by robots |
| 1995 | Developed and delivered the METI PL 3D stress load system Developed a windlass with the drag function for tuna long line fishery named “Power Roller” |
| 1996 | Developed an automatic inspection device controlled by robots for tap screw holes of aluminum casting parts |
| 1997 | Developed a spray robot system for die-casing machines Strengthened the foundry section |
| 1999 | Developed an inoculating device for molten metal streamlines |
| 2000 | Developed a conveyance system for liquid-crystal glass substrates |
| 2001 | Developed a centrifugal casting system |
| 2004 | Developed a film remover for liquid-crystal glass substrates Developed i-joint being an energy-saving vacuum accessory |
| 2005 | Completed the Kiyoji new factory Developed a packing system in the G7.5 glass substrate crate style/flatly placing style |
| 2006 | Developed an inspection device for liquid-crystal module lighting Launched the robot academy Developed an air floating conveyance system for liquid-crystal glass substrates |
| 2007 | Developed an unpacking/packing device for liquid-crystal cell substrates Developed a unpacking device in the G8 glass substrate crate style |
| 2008 | Enhanced the field of robot burring Developed an unpacking device in flatly placing style for G8 glass substrates |
| October 2009 | Developed a materials supply device in the automatic lifting magnet crane style |
| January 2011 | Established a new company, Sanmei Mechanical (Thailand) Co.,Ltd., at Amata Nakorn Industrial Estate, Thailand |
| November 2011 | Began to sell and the system-up of Universal Robot made in Denmark for the first time in Japan as its official partner |
| July 2012 | Developed a molten metal feeding robot hand in the external shaft style |
| April 2013 | Started to work on a 3D picking system in collaboration with 3D media |
| September 2013 | Opened the Robot Academy in Thailand Trained human resources as robot system integrators |
| July 2014 | Developed a slag removing device |
| September 2014 | Developed the new type of a gate cutting machine |
| July 2015 | Developed a molten metal feeding rot hand Developed an energy-saving multiple joint robot (succeeded in downsizing a traditional one through an original transformation mechanism) |
| July 2015 | Exhibited a product for the first time at China Diecasting Exhibition held at Shanghai |
| February 2016 | Improved follow-through services in Mexico Outsourced a business to Kanematsu KGK Corp |
| October 2016 | Increased efforts on the 3D random picking system in cooperation with MUJIN |
| January 2017 | Established a new company, Sanmei Mechanical Suzhou Ltd, at Suzhou, China |
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(excluding Saturdays, Sundays and National Holidays)