A higher-level leak testing machine using helium! It measures the work set in a dedicated seal coupler in a short time.
We would like to introduce our "Helium Leak Testing Device." ■ Helium leak rate: 1×10^-9 Pa·m³/sec or less ■ Cycle time: 10 seconds per unit Work is performed at 2 stations (1 station 20 seconds per unit) When the rough vacuum time is 4.5 seconds and the measurement time is 7.5 seconds 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 its 70th anniversary! *For more details, please inquire.
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■Power Supply Primary Side Power Supply: 3-phase, 200V, 60Hz Operating Power Supply: AC100V, DC24V ■Air Primary Side Air Pressure: 0.5MPa or more Primary Side Air Intake: Plug (30PM) <Equipment Specifications> ■Helium Leak Measurement Device Measuring Instrument Body: Leak Detector Measurement Pipeline Side Rough Pumping: Oil Rotary Vacuum Pump Supply Pipeline Side Rough Pumping: Oil Rotary Vacuum Pump Measurement Pipeline Side Vacuum Achievement Confirmation: Pirani Gauge Type ■Chute Installed at Customer Site Detection Function: Confirmation of Good Product Passing (Timing for Air Blow) ■Frame Structure Frame Structure: Steel Plate + Channel Welded Structure Surrounding Cover: Steel Plate ■Control System Operation Panel: Mounted at the back right side of the main body Control Panel: Back right side of the main body (integrated with operation panel) Control Method: Sequencer Equipment Used: Our Standard Electrical Components *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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