This is a vacuum drying device that meets the demands of various research and development needs with a pressure of 10^1 Pa.
The exterior features a beautiful hairline finish made of all stainless steel, and it can be connected to a vacuum pump tailored to the installation location. It is a vacuum drying device that effectively utilizes space, such as on a laboratory bench.
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basic information
■High vacuum…Achieved pressure: ×10^1Pa Connected to an oil rotary vacuum pump to achieve high vacuum levels, providing clean heating treatment in a vacuum chamber with extremely low leakage. ■Vacuum level measurement possible Gauge port (for φ15) installed to set a Pirani vacuum gauge sensor. Structure allows confirmation of vacuum levels (Pa values) that cannot be read by Bourdon tube vacuum gauges. ■All stainless steel construction The vacuum chamber is made of SUS304. All vacuum components, including valves and vacuum piping, are made of SUS304 or 316. Sealing materials are made of Teflon, Viton, and silicone, significantly improving strength and corrosion resistance. ■Program function With a programmable controller, two patterns of program operation with 10 segments each are possible. ■Easy temperature control The controller automatically sets the PID values suitable for the processing temperature, making temperature control in the vacuum chamber easy and reliable. ■Modular control circuit The integrated unit panel control circuit allows for easy replacement and repair of components by pulling out each unit. ■Safety and maintenance 1. Enhanced safety measures including independent dual overheat prevention functions for the temperature controller and overheat protector, as well as self-diagnosis functions. 2. A clear observation window made of reinforced glass, equipped with a transparent resin protective cover for added safety.
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Company information
Currently, vacuum technology is showing significant expansion across various industrial fields, including space development, electronics, energy, physics and chemistry, electrical engineering, pharmaceuticals, food, optics, automotive, metals, and steel. These technologies have made substantial contributions at all stages, from research and development to production processes, in every sector of the industry. Furthermore, their results permeate every corner of our lives. At PHIL Sato Vacuum, we have continued to innovate as a vacuum equipment manufacturer for 75 years, developing component technologies that produce vacuum pumps, vacuum measuring instruments, and various vacuum parts, as well as a range of vacuum systems utilizing this vacuum technology, including vacuum drying, vacuum baking, vacuum heat treatment, vacuum deposition, vacuum film formation, ultra-high vacuum exhaust, vacuum injection, and vacuum impregnation. As a comprehensive vacuum manufacturer, we have always advanced research and development from the user's perspective. The corporate activities of PHIL Sato Vacuum, rooted in our "customer-first" principle, are based on our management philosophy that pursues the infinite possibilities of vacuum technology and believes that it is our mission to provide products that match user needs.
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