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Medical Device Flow Meter is a professional, laboratory-grade fluid mechanics testing system engineered and manufactured by Peyotal to precisely measure the flow rate and fluid velocity of various medical devices. As a specialized quality control instrument for commercial manufacturing plants, global laboratory networks, and regulatory health ministries, this automated system delivers exceptional pressure stability to ensure full compliance with strict global standard frameworks.
Standards: Fully suitable for test methods compliant with various international and national standards, including GB, YY, ISO, and ASTM (such as ISO 7864-2016).
| Model | PYT-368 |
| Brand | Peyotal |
| Testing Principle | Precision positive pressure loading onto the fluid drive mechanism to measure flow rate within a specified time duration. |
| Standard Compliance | ISO 7864-2016 / Fully compatible with GB, YY, ISO, ASTM fluid audit guidelines. |
| Dimension | 400 mm (L) * 270 mm (W) * 300 mm (H) |
| )Warranty | 12 months |
Q1: What is the exact step-by-step laboratory testing principle and workflow for measuring flow rate?
A: The physical verification workflow relies on precise differential fluid displacement parameters. First, the operator installs the medical device sample securely onto the dedicated drive mechanism connected to the internal measuring device. Through the 7-inch screen, the user sets the target pressure value freely within the 10 kPa to 400 kPa range. Once the test starts, the machine applies the regulated pressure and measures the exact volume of fluid flowing through the device within a specified time duration (settable up to 9999s). The micro-computer system automatically calculates the final flow rate and prints it via the mini-printer.
Q2: How does Peyotal’s professional software support multi-level access control for compliance audits?
A: For medical device factories, syringe/tubing lines, and national science ministries, preventing unrecorded setting adjustments or data alteration is critical for regulatory audits. Peyotal integrates custom software that features strict multi-level access control. Different login profiles can be assigned to laboratory technicians, supervisors, and calibration engineers, ensuring highly standardized equipment use and maintaining an immutable data log ready for global inspections.
Q3: How does the system protect the capital investment of remote laboratories in developing regions?
A: In facilities across Central Asia, Southeast Asia, Africa, and Latin America, getting local technical support for software updates can be expensive and slow. Peyotal addresses this by designing the software architecture to fully support remote upgrades and remote maintenance functions over the network. If international testing standards change or your local ministry updates compliance rules, our factory engineers can remotely calibrate and patch your testing algorithms without needing an on-site visit.
Q4: What facility utilities and hardware accessories are required to install this flow meter?
A: The PYT-Flow Series is engineered for complete benchtop optimization and plug-and-play installation. The unit runs entirely on a standard electrical power grid connection and features an ultra-compact body footprint weighing just 10 kg. It requires no high-pressure compressed air lines for its baseline operation, and the package arrives factory-calibrated with the main instrument, specialized testing fixtures, mini-printer paper rolls, and a detailed instruction manual enclosed.