Coining processing and leak measurement can be done with one machine! It is ideal for mass production with unmanned operation.
We would like to introduce our "Air Leak Tester." ■ Processing and Measurement Conditions Coining and Measurement Ball: φ13.49 (JIS B1501 Grade 60) Coining Pressure: 1.0 to 2.5 kN Pressing Pressure during Leak Measurement: 10 N ■ Air Leak Rate: 3 ml/min or less (-60 kPa) We also design and manufacture many other measuring devices and specialized machines. We will create equipment that responds to your needs. Please contact Matsuda Seiki, celebrating 70 years in business! *For more details, please inquire.
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■Power Supply Primary Side Power: 3-phase, 200V, 50Hz Operating Power: AC100V, DC24V ■Air Primary Side Air Pressure: 0.5MPa or higher Primary Side Air Intake: Plug (20PM) ■Coining Device Press Machine Body: QC Press Press Output: 0.7 to 2.0kN Detection Function: Press Pressure Load Cell Stroke: 25mm to 50mm ■Air Leak Measurement Device Measuring Device Body: Air Leak Tester Calibration Jig: Leak Master Vacuum Pump: High Vacuum Pump ■Chute Chute Rail: Teflon Detection Function: Workpiece Passage Confirmation, Arrival Confirmation ■Frame Frame: Steel Plate + Channel Welded Structure Surrounding Cover: Aluminum Frame + PVC Cover with Shutter ■Control System Operation Panel: Mounted at the back center of the main body (inside cover) Control Panel: Fixed installation at the lower front of the main body (inside frame) Control Method: Sequencer Positioning Unit *For more details, please contact us.*
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Our company was founded in 1951 in Kobana, Kawanishi City, Hyogo Prefecture, with the aim of precision machining of small parts using Swiss-made small precision automatic lathes as the core. Currently, we operate with a four-factory system in Osaka and Hyogo Prefectures. At the time of our founding, we specialized in parts machining, but since the machining equipment necessary for parts processing was predominantly foreign-made and very expensive, we decided to develop our own cam-type automatic lathe, which led to the birth of our precision division. We also manufacture cutting tools in-house, creating unique strengths that extend beyond parts machining to include tool design and the use of our own dedicated machines. We have two divisions: the machine tool division and the parts division. In the "Parts Division," we perform high-precision and complex precision machining using our unique machining and management technologies, ensuring that we can meet a wide range of customer requests from prototyping to mass production under a highly reliable quality assurance system. In the "Machine Tool Division," we design machine tools and utilize a super finishing machine called the "Super Finisher" using a film method, widely accommodating ultra-fine machining of parts that require high performance and high efficiency, from standard machines to dedicated machines.
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