Artificial vascular pressure rupture strength tester 4 kinds of lined hose Luer joint 1 regulator

Artificial vascular pressure rupture strength tester 4 kinds of lined hose Luer fittings Regulator Regulator 1 technical parameters: Operation interface: Chinese Simplified / English pressure sensor: 0-1MPA can also choose 0-10MPA (test can be set by software) Fixture: Luer joint or pagoda joint according to customer selection time timer: touch screen display precision regulator valve 1 lined hose: 4MM, 6MM, 8MM, 10MM and other different specifications of pressure-resistant high fixture: 1 set of electricity: AC90V-240V/ 50Hz (adaptive wide voltage) Power: 70W programmable controller: PLC control system touch screen: 7 inch Wylon color touch screen force measuring mechanism: built-in printer: embedded printer 1 principle The sample is expanded according to any of the following methods: a) put into the blood vessel with a hose and wrapped with a pagoda joint to ensure no air leakage; b) Manually adjust the gas to the required pressure and gradually increase the pressure until the sample is broken
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2 Instrument Pressurized Rupture Strength Purpose Test aims to determine the strength of pressurized rupture by: a) directly filling the vascular prosthesis with a liquid or gas at a measurable pressure change rate until the vascular prosthesis sample ruptures; or b) Place the vascular prosthesis outside an elastic, impermeable lining, and the liquid or gas fills the vascular prosthesis directly at a measurable rate of change in pressure until the vascular prosthesis sample is ruptured
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Instruments include: a) pressure measurement systems capable of measuring and recording greater than the rupture pressure with an accuracy of 5% of the test value; b) Instruments capable of providing a controlled and stable increase in the pressure of a liquid or gas to a vascular prosthesis; c) If applicable, an elastic, impermeable lining is required, and at 16kPa (120mmHg) pressure, the diameter of the lining is significantly larger than that of the blood vessels
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