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Development Accomplishments

1925 Shokichi Matsuda began manufacturing gasoline gauges and oil pumps.
1927 Developed the hydraulic injection molding machine (first domestic product of its kind)
1933 Developed the hydraulic high-pressure injection molding macnine
1942 Developed the pot type injection molding machine (first domestic product of its kind)
1949 Developed the double-acting (forced opening) extrusion equipment
1950 Developed the vertical injection molding machine
Developed the transfer injection molding machine (first domestic product of its kind)
1953 Developed the blow molding machine (first domestic product of its kind)
1954 Developed the rotary type injection molding machine (first domestic product of its kind)
Developed the injection molding machine for hard chlorinate vinyl
Developed the fully automatic screw molding machine
Developed the polyester molding machine (possessing the greatest injection capacity among domestic products at that time)
1955 Developed the slide type compression molding machine
1956 Developed the vacuum molding machine for thick and gathered parts (first domestic product of its kind)
1957 Domesticated the cold hobbing machine (first domestic product of its kind)
Developed the jet molder (first domestic product of its kind)
1958 Developed the preparatory plasticize equipment loaded large-sized injection molding machine
Developed the high-speed compression molding machine for mass production
1959 Developed the fully automatic compression molding machine
1960 Developed the preparatory plasticize equipment loaded non-stop screw injection molding
Developed the continuous transfer molding machine (phenol urea)
1961 Developed the preparatory plasticize equipment loaded 600 ounce double non-stop screw molding machine
Develop the rotary type all-round molding machine (compression molding machine)
Developed the rotary type transfer molding machine
Developed the rotary type jet molder
1962 Developed the screw in-line type injection molding machine
Developed the screw in-line type injection molding machine for thermosetting plastics
Developed the screw in-line type injection molding machine for rubber
1963 Developed the rotary type injection molding machine
Developed the injection molding machine for BMC
1965 Developed the DL/ SL type injection molding machine
1969 Developed the PS type injection molding machine
Developed the extra large sized injection molding machine
Developed the low expansion injection molding machine (first domestic product of its kind)
1972 Developed the two-color (two-material) injection molding machine
1973 Developed the rotary type injection molding machine for synthetic rubber
Developed the rotary type expansion injection molding machine
1974 Developed the molding machine for analog record (first domestic product of its kind)
Developed the vertical stimultaneous injection molding machine
1975 Developed the fully automatic double-headed transfer molding machine
1977 Developed the L type injection molding machine for polyester
Developed the high-speed blow molder.
1978 Developed the “Thermo Master ” injection molding machine for thermosetting plastics.
Developed the non-contact relay type fully automatic unmanned molding machine
1979 Completed the development of PM type injection molding machine series
1980 Developed the rotary type parison blow molding machine
Completed the development of extra large sized rubber only injection molding machine series (first domestic product of its kind)
Completed the development of VI series injection molding machines for rubber
Developed the SPS type molding machine (first domestic product of its kind)
1982 Developed the EM series injection molding machines
Developed the LIM injection molding machine
Developed a extra small sized injection molding machine (SAM)
1983 Developed the system that provided a picture upon injection
Developed the three-color injection molding machine
Developed the screw plunger type horizontal injection molding machine
Developed the turntable type injection molding machine
1984 Introduced CAD for the technology advancement
1985 Automated the manufacturing system via factory automation
Completed the development of N series injection molding machines
Developed the E series injection molding machines for rubber
Developed MAC 501 injection molding electronic controller
1987 Developed MAC 511 injection molding electronic controller
1988 Developed the extra small sized injection molding machine (TPS-15E)
1989 Developed the fully automatic injection molding machine for rubber
1990 Developed the MAC 611 injection molding electronic controller
Participated in the international trade fair
1991 Developed VI-P(F) series
Developed the commercial vertical injection molding machine for rubber
1992 Developed HF series
Developed MAC550S-J controller
Developed the vent type injection molding machine for rubber
1993 Developed the fully automatic molding machine for liquid silicone without flash
Developed the fully automatic molding machine for synthetic rubber without flash
Developed the two-color injection molding machine for rubber
1994 Developed the thermosetting low-perssure injection molding machine
Participated in the international trade fair and exhibit the molding machine for phenol without flash
1995 Developed the large-capacity vertical rubber injection molding machine (16L)
1996 Developed the F series
Developed the MAC 621 controller
Developed the MAC550F controller
Developed the table-top liquor silicone rubber molding machine
1997 Developed the fully automated AC servo injection molding machine
Changed the vertical injection molding machine model for rubber
Developed the MAC 630 controller
Developed the mold of the vertical fully automatic injection molding machinefor rubber (Displayed at the U.S. exhibition)
1998 Developed the environment-related equipment (refused derived fuel system for solid waste)
1999 Developed the environmental equipment (crusher)
Developed the fully electric injection molding machine
Developed the rubber elastomer combined machine
Developed the hybrid transfer machine
Participated in IPF’99
2000 Developed the VI-P(SJ) series
vertical injection molding machine for rubber
Developed the hybrid injection molding machine
Developed the automatic molding system
Developed the elastomer molding system
Developed the two-axis crusher (MC series)
2001 Developed the vacuum press
Developed the precise molding machine
2002 Developed the extra large sized injection molding machine for blodder molding
2004 Developed the vertical vacuum injection molding machine for rubber
2005 Developed the vertical Hybrid-type injection molding machine for rubber
2006 Developed the VI-P(WJ)series of vertical injection molding machine for rubber
Developed the Hybrid-type injection type molding machine for horizontal BMC
2008 Developed the vent type injection unit
Evaluation of energy saving pump system and apply for molding machine
2009 Developed the press machine of 3000 ton
Developed the injection molding machine of low workbench height
Developed the molding method of no burr
2011 Developed the inspection equipment for internal diameter
Developed new type vertical rubber vacuum injection molding machine
2013 Developed Large Sized 2 Axes Testing Machine
Developed rubber cutting machine
2014 Developed the VI-P(XJ) series of vertical injection molding machine for rubber
Developed Vibration Endurance Testing Machine MVE-10K
2015 Developed the VS3 series of vertical rubber vacuum injection molding machine