MACHINE TOOLS
All machines and parts in the world are produced by machine tools
These machine tools produce the parts and components that make up various products by using the removal processing method, in which unnecessary parts are removed from the material. An example of the importance of machine tools is that they help to create parts for automobiles and trains that we use for daily transportation and also parts for home appliances that make our lives convenient. Every machine that exist in the world is directly or indirectly made by machine tools, and without them, our current life would not be possible at all. For this reason, they are also called " machines that makes machine or mother machines".
- Lathe
- Drill Press
- Boring Machine
- Milling Machine
- grinding machine
- Simultaneous multi-axis control and Multi-tasking machine (Turning Center, Machining Center)
- super-finishing machine
- Gear Cutting Machine and Gear Finishing Machine(GEAR CUTTING MACHINE, GEAR HOBBING MACHINE, GEAR SHAPING MACHINE, BEVEL GEAR GENERATOR, GEAR GRINDING MACHINE, GEAR SHAVIN MACHINE)
- planing machine, shaping machine, slotting machine
- broaching machine
- metal cutting machine, metal sawing machine
- Special processing machine(ELECTRICAL DISCHARGE MACHINE, WIRE ELECTRICAL DISCHARGE MACHINE)
- special purpose machine tool
- thread cutting machine, tapping machine, centring machine, combined machine tool
- Exhibit No.
- L-1
- Name
- Foot powered (treadle) lathe
- Specification
- Year of manufacture: 1876 / Made of wrought iron / Swing over bed 50 mm / Distance between centers 600 mm / Replica of a machine at the Museum Meiji-mura
- Manufacturer
- Kaheiji Ito, Replica (Nippon Institute of Technology)
- Exhibit No.
- L-2
- Name
- Foot powered (treadle) lathe
- Specification
- Year of manufacture: Late Edo period (19 AC)/ Wooden / Swing over bed 70mm / Distance between centers 600mm / Replica of a machine at Shimadzu Foundation Memorial Hall
- Manufacturer
- Gift of Wagener (Germany) to Genzo Shimadzu / Replica (Nippon Institute of Technology)
- Exhibit No.
- L-6
- Name
- OKUMA Corp.
- Specification
- Year of manufacture: 1928 / Step-wheel type, cut-off type / Swing over bed 380mm / Distance between centers 800mm / (OP type, replica of a Pratt & Whitney lathe)
- Manufacturer
- OKUMA Corp.
- Exhibit No.
- L-3
- Name
- IKEGAI Corp.
- Specification
- Year of manufacture: c. 1930 / Step-wheel type, cut-off type, British type / Swing over bed 350mm / Distance between centers 850mm
- Manufacturer
- IKEGAI Corp.
- Exhibit No.
- L-61
- Name
- Engine lathe
- Specification
- Year of manufacture: c. 1935 / Motor direct connection type / Swing over bed 370mm / Distance between centers 680mm / (E 1 type, commonly known as VDF)
- Manufacturer
- Gebrüder Boehringer
- Exhibit No.
- L-49
- Name
- Engine lathe
- Specification
- Year of manufacture: c. 1935 / Motor direct connection type / Swing over bed 330mm / Distance between centers 700mm
- Manufacturer
- G. Kärger
- Exhibit No.
- L-50
- Name
- Engine lathe
- Specification
- Year of manufacture: c. 1935 / Motor direct connection type / Swing over bed 330mm / Distance between centers 800mm
- Manufacturer
- PRATT & WHITNEY
- Exhibit No.
- L-51
- Name
- Engine lathe
- Specification
- Year of manufacture: c. 1936 / Motor direct connection type / Swing over bed 350mm / Distance between centers 800mm (A type, Replica of one made by PRATT & WHITNEY)
- Manufacturer
- Ikegai Corp.
- Exhibit No.
- L-9
- Name
- Engine lathe
- Specification
- Year of manufacture: 1937 / Motor direct connection type / Swing over bed 460mm / Distance between centers 1000mm (D20 type, replica of a VDF lathe)
- Manufacturer
- Ikegai Corp.
- Exhibit No.
- L-10
- Name
- Engine lathe
- Specification
- Year of manufacture: 1938 / Motor direct connection type / Swing over bed 650mm / Distance between centers 1850mm (12W type, Deformation model of a S type lathe)
- Manufacturer
- NIIGATA ENGINEERING CO., LTD.